#######################################################Figure 1) K0s invariant mass distribution
_______________________________________________________ Mass counts error (GeV/c^2) _______________________________________________________ 0.3434 700 26.4575 0.3438 2860 53.479 0.3442 3990 63.1664 0.3446 4888 69.9142 0.345 5554 74.5252 0.3454 6048 77.7689 0.3458 6573 81.074 0.3462 7217 84.9529 0.3466 7452 86.325 0.347 7699 87.7439 0.3474 8215 90.6366 0.3478 8493 92.1575 0.3482 8896 94.3186 0.3486 8965 94.6837 0.349 9332 96.6023 0.3494 9665 98.3107 0.3498 9687 98.4226 0.3502 10286 101.42 0.3506 10386 101.912 0.351 10283 101.405 0.3514 10642 103.16 0.3518 10604 102.976 0.3522 10785 103.851 0.3526 10861 104.216 0.353 11267 106.146 0.3534 11307 106.334 0.3538 11368 106.621 0.3542 11551 107.476 0.3546 11796 108.609 0.355 11794 108.6 0.3554 11891 109.046 0.3558 11873 108.963 0.3562 11746 108.379 0.3566 11938 109.261 0.357 12134 110.154 0.3574 12318 110.986 0.3578 12289 110.856 0.3582 12369 111.216 0.3586 12390 111.31 0.359 12733 112.841 0.3594 12687 112.637 0.3598 12747 112.903 0.3602 12770 113.004 0.3606 12900 113.578 0.361 12906 113.605 0.3614 12997 114.004 0.3618 13047 114.223 0.3622 12839 113.309 0.3626 12947 113.785 0.363 13078 114.359 0.3634 12927 113.697 0.3638 13093 114.425 0.3642 13324 115.43 0.3646 13122 114.551 0.365 13314 115.386 0.3654 13480 116.103 0.3658 13224 114.996 0.3662 13118 114.534 0.3666 13142 114.639 0.367 13470 116.06 0.3674 13241 115.07 0.3678 13187 114.835 0.3682 13422 115.853 0.3686 13555 116.426 0.369 13500 116.19 0.3694 13543 116.374 0.3698 13440 115.931 0.3702 13468 116.052 0.3706 13483 116.116 0.371 13490 116.146 0.3714 13597 116.606 0.3718 13559 116.443 0.3722 13577 116.52 0.3726 13588 116.568 0.373 13605 116.64 0.3734 13658 116.867 0.3738 13815 117.537 0.3742 13520 116.276 0.3746 13731 117.179 0.375 13617 116.692 0.3754 13498 116.181 0.3758 13681 116.966 0.3762 13693 117.017 0.3766 13549 116.4 0.377 13756 117.286 0.3774 13511 116.237 0.3778 13637 116.778 0.3782 13672 116.927 0.3786 13647 116.82 0.379 13716 117.115 0.3794 13712 117.098 0.3798 13513 116.245 0.3802 13628 116.739 0.3806 13691 117.009 0.381 13372 115.637 0.3814 13700 117.047 0.3818 13536 116.344 0.3822 13642 116.799 0.3826 13666 116.902 0.383 13525 116.297 0.3834 13492 116.155 0.3838 13556 116.43 0.3842 13565 116.469 0.3846 13694 117.021 0.385 13723 117.145 0.3854 13500 116.19 0.3858 13407 115.789 0.3862 13455 115.996 0.3866 13546 116.387 0.387 13531 116.323 0.3874 13417 115.832 0.3878 13440 115.931 0.3882 13502 116.198 0.3886 13551 116.409 0.389 13430 115.888 0.3894 13435 115.909 0.3898 13462 116.026 0.3902 13576 116.516 0.3906 13388 115.707 0.391 13493 116.159 0.3914 13269 115.191 0.3918 13181 114.809 0.3922 13273 115.209 0.3926 13260 115.152 0.393 13347 115.529 0.3934 13255 115.13 0.3938 13381 115.676 0.3942 13376 115.655 0.3946 13131 114.591 0.395 12970 113.886 0.3954 12934 113.728 0.3958 13127 114.573 0.3962 13313 115.382 0.3966 13162 114.726 0.397 12994 113.991 0.3974 12874 113.464 0.3978 12766 112.987 0.3982 12862 113.411 0.3986 12878 113.481 0.399 13055 114.258 0.3994 12999 114.013 0.3998 13032 114.158 0.4002 12903 113.591 0.4006 12984 113.947 0.401 12784 113.066 0.4014 12810 113.181 0.4018 12700 112.694 0.4022 12831 113.274 0.4026 12904 113.596 0.403 12811 113.186 0.4034 12718 112.774 0.4038 12678 112.597 0.4042 12699 112.69 0.4046 12584 112.178 0.405 12761 112.965 0.4054 12684 112.623 0.4058 12719 112.779 0.4062 12650 112.472 0.4066 12640 112.428 0.407 12615 112.317 0.4074 12708 112.73 0.4078 12731 112.832 0.4082 12473 111.683 0.4086 12482 111.723 0.409 12549 112.022 0.4094 12545 112.004 0.4098 12603 112.263 0.4102 12357 111.162 0.4106 12564 112.089 0.411 12566 112.098 0.4114 12481 111.718 0.4118 12227 110.576 0.4122 12343 111.099 0.4126 12322 111.005 0.413 12616 112.321 0.4134 12285 110.838 0.4138 12176 110.345 0.4142 12236 110.616 0.4146 12218 110.535 0.415 12371 111.225 0.4154 12101 110.005 0.4158 12146 110.209 0.4162 12121 110.095 0.4166 12202 110.463 0.417 12298 110.896 0.4174 12181 110.368 0.4178 12091 109.959 0.4182 12080 109.909 0.4186 12044 109.745 0.419 11987 109.485 0.4194 12136 110.164 0.4198 12037 109.713 0.4202 11898 109.078 0.4206 11900 109.087 0.421 11850 108.858 0.4214 11969 109.403 0.4218 12025 109.659 0.4222 12080 109.909 0.4226 11959 109.357 0.423 12147 110.213 0.4234 11952 109.325 0.4238 12201 110.458 0.4242 11917 109.165 0.4246 11959 109.357 0.425 12034 109.7 0.4254 11715 108.236 0.4258 11947 109.302 0.4262 11867 108.936 0.4266 11870 108.95 0.427 11661 107.986 0.4274 12013 109.604 0.4278 11771 108.494 0.4282 11623 107.81 0.4286 11786 108.563 0.429 11766 108.471 0.4294 12006 109.572 0.4298 11737 108.337 0.4302 11885 109.018 0.4306 11545 107.448 0.431 11919 109.174 0.4314 11867 108.936 0.4318 11730 108.305 0.4322 11981 109.458 0.4326 11834 108.784 0.433 11845 108.835 0.4334 11774 108.508 0.4338 11704 108.185 0.4342 11814 108.692 0.4346 11835 108.789 0.435 11942 109.279 0.4354 12105 110.023 0.4358 11836 108.793 0.4362 11852 108.867 0.4366 11928 109.215 0.437 11989 109.494 0.4374 11937 109.257 0.4378 12006 109.572 0.4382 11740 108.351 0.4386 12031 109.686 0.439 11976 109.435 0.4394 11892 109.05 0.4398 11924 109.197 0.4402 12073 109.877 0.4406 12087 109.941 0.441 11967 109.394 0.4414 12173 110.331 0.4418 12126 110.118 0.4422 12159 110.268 0.4426 12223 110.558 0.443 12139 110.177 0.4434 12032 109.69 0.4438 12184 110.381 0.4442 12551 112.031 0.4446 12379 111.261 0.445 12318 110.986 0.4454 12545 112.004 0.4458 12505 111.826 0.4462 12548 112.018 0.4466 12500 111.803 0.447 12387 111.297 0.4474 12587 112.192 0.4478 12555 112.049 0.4482 12514 111.866 0.4486 12680 112.606 0.449 12509 111.844 0.4494 12746 112.898 0.4498 12698 112.685 0.4502 12768 112.996 0.4506 12677 112.592 0.451 12655 112.494 0.4514 12939 113.75 0.4518 13106 114.481 0.4522 12735 112.849 0.4526 12719 112.779 0.453 13047 114.223 0.4534 12945 113.776 0.4538 13040 114.193 0.4542 13090 114.412 0.4546 13146 114.656 0.455 13131 114.591 0.4554 13194 114.865 0.4558 13067 114.311 0.4562 13117 114.529 0.4566 13151 114.678 0.457 13020 114.105 0.4574 13334 115.473 0.4578 13104 114.473 0.4582 13175 114.782 0.4586 13205 114.913 0.459 13265 115.174 0.4594 13157 114.704 0.4598 13348 115.534 0.4602 13061 114.285 0.4606 13222 114.987 0.461 13510 116.233 0.4614 13331 115.46 0.4618 13446 115.957 0.4622 13386 115.698 0.4626 13382 115.681 0.463 13558 116.439 0.4634 13303 115.339 0.4638 13266 115.178 0.4642 13530 116.319 0.4646 13417 115.832 0.465 13451 115.978 0.4654 13500 116.19 0.4658 13548 116.396 0.4662 13480 116.103 0.4666 13596 116.602 0.467 13683 116.974 0.4674 13823 117.571 0.4678 13476 116.086 0.4682 13834 117.618 0.4686 13795 117.452 0.469 13828 117.593 0.4694 13848 117.678 0.4698 13915 117.962 0.4702 14137 118.899 0.4706 14177 119.067 0.471 14179 119.076 0.4714 14186 119.105 0.4718 14307 119.612 0.4722 14460 120.25 0.4726 14592 120.797 0.473 14830 121.778 0.4734 14937 122.217 0.4738 15128 122.996 0.4742 15284 123.628 0.4746 15546 124.684 0.475 15856 125.921 0.4754 16118 126.957 0.4758 16474 128.351 0.4762 16729 129.341 0.4766 16838 129.761 0.477 17266 131.4 0.4774 17863 133.653 0.4778 18513 136.062 0.4782 18666 136.624 0.4786 19275 138.834 0.479 19970 141.315 0.4794 20754 144.062 0.4798 21558 146.826 0.4802 22190 148.963 0.4806 22968 151.552 0.481 24439 156.33 0.4814 25152 158.594 0.4818 26579 163.031 0.4822 28011 167.365 0.4826 29025 170.367 0.483 30325 174.141 0.4834 32377 179.936 0.4838 34064 184.564 0.4842 35806 189.225 0.4846 38371 195.885 0.485 40767 201.908 0.4854 43030 207.437 0.4858 45873 214.18 0.4862 48747 220.787 0.4866 51718 227.416 0.487 54832 234.162 0.4874 58093 241.025 0.4878 62201 249.401 0.4882 66247 257.385 0.4886 70306 265.153 0.489 75062 273.974 0.4894 79704 282.319 0.4898 83833 289.539 0.4902 89163 298.602 0.4906 94260 307.018 0.491 99943 316.138 0.4914 105053 324.119 0.4918 110797 332.862 0.4922 116015 340.61 0.4926 122391 349.844 0.493 127073 356.473 0.4934 131789 363.028 0.4938 136491 369.447 0.4942 140729 375.139 0.4946 145484 381.424 0.495 149615 386.801 0.4954 150894 388.451 0.4958 152981 391.128 0.4962 153489 391.777 0.4966 153260 391.484 0.497 151939 389.794 0.4974 149669 386.871 0.4978 146847 383.206 0.4982 141802 376.566 0.4986 136457 369.401 0.499 131115 362.098 0.4994 125176 353.802 0.4998 117629 342.971 0.5002 111484 333.892 0.5006 104851 323.807 0.501 97516 312.276 0.5014 91075 301.786 0.5018 85171 291.841 0.5022 78355 279.92 0.5026 73383 270.893 0.503 68165 261.084 0.5034 63211 251.418 0.5038 58367 241.593 0.5042 54457 233.36 0.5046 50576 224.891 0.505 46906 216.578 0.5054 43959 209.664 0.5058 40767 201.908 0.5062 37933 194.764 0.5066 35778 189.151 0.507 33086 181.896 0.5074 31224 176.703 0.5078 29315 171.216 0.5082 27687 166.394 0.5086 26214 161.907 0.509 24526 156.608 0.5094 23539 153.424 0.5098 21858 147.845 0.5102 20943 144.717 0.5106 20156 141.972 0.511 19306 138.946 0.5114 18238 135.048 0.5118 17778 133.334 0.5122 17397 131.898 0.5126 16468 128.328 0.513 15784 125.634 0.5134 15407 124.125 0.5138 14849 121.856 0.5142 14431 120.129 0.5146 13962 118.161 0.515 13350 115.542 0.5154 13117 114.529 0.5158 12707 112.725 0.5162 12252 110.689 0.5166 12137 110.168 0.517 11808 108.665 0.5174 11667 108.014 0.5178 11453 107.019 0.5182 11092 105.319 0.5186 10973 104.752 0.519 10727 103.571 0.5194 10496 102.45 0.5198 10428 102.118 0.5202 10466 102.303 0.5206 10022 100.11 0.521 9876 99.3781 0.5214 9992 99.96 0.5218 9654 98.2548 0.5222 9452 97.2214 0.5226 9354 96.7161 0.523 9232 96.0833 0.5234 9330 96.5919 0.5238 9210 95.9687 0.5242 9244 96.1457 0.5246 8959 94.652 0.525 8937 94.5357 0.5254 8970 94.7101 0.5258 8868 94.1701 0.5262 8827 93.9521 0.5266 8598 92.7254 0.527 8713 93.3435 0.5274 8411 91.7115 0.5278 8422 91.7715 0.5282 8418 91.7497 0.5286 8394 91.6188 0.529 8181 90.4489 0.5294 8518 92.293 0.5298 8327 91.2524 0.5302 8311 91.1647 0.5306 8218 90.6532 0.531 8071 89.8387 0.5314 8112 90.0666 0.5318 8101 90.0056 0.5322 8116 90.0888 0.5326 7863 88.6736 0.533 7849 88.5946 0.5334 7921 89 0.5338 8067 89.8165 0.5342 7939 89.1011 0.5346 7955 89.1908 0.535 7851 88.6059 0.5354 7780 88.2043 0.5358 7672 87.59 0.5362 7780 88.2043 0.5366 7689 87.6869 0.537 7628 87.3384 0.5374 7770 88.1476 0.5378 7617 87.2754 0.5382 7736 87.9545 0.5386 7585 87.0919 0.539 7674 87.6014 0.5394 7397 86.0058 0.5398 7498 86.591 0.5402 7683 87.6527 0.5406 7540 86.8332 0.541 7499 86.5968 0.5414 7380 85.9069 0.5418 7461 86.3771 0.5422 7541 86.8389 0.5426 7170 84.6759 0.543 7292 85.3932 0.5434 7233 85.047 0.5438 7351 85.738 0.5442 7194 84.8175 0.5446 7315 85.5278 0.545 7248 85.1352 0.5454 7455 86.3423 0.5458 7179 84.729 0.5462 7286 85.3581 0.5466 7229 85.0235 0.547 7280 85.3229 0.5474 7268 85.2526 0.5478 7196 84.8292 0.5482 7150 84.5577 0.5486 7130 84.4393 0.549 7167 84.6581 0.5494 7175 84.7054 0.5498 7074 84.1071 0.5502 6896 83.0422 0.5506 7066 84.0595 0.551 7005 83.6959 0.5514 6959 83.4206 0.5518 7124 84.4038 0.5522 6919 83.1805 0.5526 7047 83.9464 0.553 6997 83.6481 0.5534 6953 83.3847 0.5538 6762 82.2314 0.5542 6896 83.0422 0.5546 6943 83.3247 0.555 6961 83.4326 0.5554 6881 82.9518 0.5558 6765 82.2496 0.5562 6898 83.0542 0.5566 6807 82.5045 0.557 6884 82.9699 0.5574 6724 82 0.5578 6650 81.5475 0.5582 6876 82.9216 0.5586 6745 82.1279 0.559 6588 81.1665 0.5594 6649 81.5414 0.5598 6693 81.8108 0.5602 6741 82.1036 0.5606 6680 81.7313 0.561 6753 82.1766 0.5614 6654 81.5721 0.5618 6653 81.5659 0.5622 6665 81.6395 0.5626 6550 80.9321 0.563 6617 81.3449 0.5634 6679 81.7251 0.5638 6466 80.4114 0.5642 6669 81.6639 0.5646 6632 81.4371 0.565 6517 80.7279 0.5654 6482 80.5109 0.5658 6456 80.3492 0.5662 6512 80.697 0.5666 6410 80.0625 0.567 6436 80.2247 0.5674 6454 80.3368 0.5678 6316 79.4733 0.5682 6417 80.1062 0.5686 6254 79.0822 0.569 6457 80.3555 0.5694 6451 80.3181 0.5698 6349 79.6806 0.5702 6401 80.0062 0.5706 6267 79.1644 0.571 6167 78.5302 0.5714 6169 78.543 0.5718 6250 79.0569 0.5722 6251 79.0633 0.5726 6169 78.543 0.573 5996 77.4338 0.5734 5847 76.4657 0.5738 5798 76.1446 0.5742 5748 75.8156 0.5746 5581 74.7061 0.575 5597 74.8131 0.5754 5522 74.3102 0.5758 5381 73.3553 0.5762 5424 73.6478 0.5766 5419 73.6139 0.577 5162 71.8471 0.5774 5329 73 0.5778 5169 71.8958 0.5782 5075 71.239 0.5786 5109 71.4773 0.579 5078 71.2601 0.5794 4997 70.6895 0.5798 4984 70.5975 0.5802 4909 70.0643 0.5806 4974 70.5266 0.581 4955 70.3918 0.5814 4919 70.1356 0.5818 4704 68.5857 0.5822 4814 69.383 0.5826 4904 70.0286 0.583 4932 70.2282 0.5834 4815 69.3902 0.5838 4601 67.8307 0.5842 4675 68.374 0.5846 4625 68.0074 0.585 4618 67.9559 0.5854 4538 67.3647 0.5858 4618 67.9559 0.5862 4577 67.6535 0.5866 4456 66.7533 0.587 4466 66.8281 0.5874 4310 65.6506 0.5878 4521 67.2384 0.5882 4466 66.8281 0.5886 4399 66.325 0.589 4289 65.4905 0.5894 4393 66.2797 0.5898 4258 65.2534 0.5902 4223 64.9846 0.5906 4219 64.9538 0.591 4140 64.3428 0.5914 4151 64.4283 0.5918 4211 64.8922 0.5922 4097 64.0078 0.5926 4044 63.5925 0.593 4014 63.3561 0.5934 4029 63.4744 0.5938 4023 63.4271 0.5942 4034 63.5138 0.5946 3966 62.9762 0.595 3912 62.546 0.5954 3902 62.466 0.5958 3877 62.2656 0.5962 3945 62.8092 0.5966 3905 62.49 0.597 3867 62.1852 0.5974 3719 60.9836 0.5978 3840 61.9677 0.5982 3816 61.7738 0.5986 3814 61.7576 0.599 3821 61.8142 0.5994 3815 61.7657 0.5998 3696 60.7947 0.6002 3704 60.8605 0.6006 3754 61.2699 0.601 3754 61.2699 0.6014 3668 60.564 0.6018 3606 60.05 0.6022 3611 60.0916 0.6026 3578 59.8164 0.603 3603 60.025 0.6034 3536 59.4643 0.6038 3495 59.1185 0.6042 3524 59.3633 0.6046 3460 58.8218 0.605 3564 59.6992 0.6054 3478 58.9746 0.6058 3467 58.8812 0.6062 3434 58.6003 0.6066 3504 59.1946 0.607 3430 58.5662 0.6074 3378 58.1206 0.6078 3311 57.5413 0.6082 3338 57.7754 0.6086 3341 57.8014 0.609 3300 57.4456 0.6094 3345 57.836 0.6098 3302 57.463 0.6102 3199 56.5597 0.6106 3342 57.81 0.611 3300 57.4456 0.6114 3372 58.0689 0.6118 3233 56.8595 0.6122 3215 56.701 0.6126 3088 55.5698 0.613 3200 56.5685 0.6134 3159 56.205 0.6138 3144 56.0714 0.6142 3204 56.6039 0.6146 3028 55.0273 0.615 3187 56.4535 0.6154 2985 54.6352 0.6158 3070 55.4076 0.6162 3054 55.263 0.6166 3022 54.9727 0.617 3001 54.7814 0.6174 2962 54.4243 0.6178 3021 54.9636 0.6182 2937 54.1941 0.6186 3028 55.0273 0.619 2990 54.6809 0.6194 2937 54.1941 0.6198 2790 52.8205 0.6202 2904 53.8888 0.6206 2936 54.1849 0.621 2920 54.037 0.6214 2758 52.5167 0.6218 2876 53.6284 0.6222 2756 52.4976 0.6226 2889 53.7494 0.623 2805 52.9623 0.6234 2837 53.2635 0.6238 2791 52.8299 0.6242 2848 53.3667 0.6246 2744 52.3832 0.625 2718 52.1344 0.6254 2755 52.4881 0.6258 2632 51.303 0.6262 2764 52.5738 0.6266 2760 52.5357 0.627 2695 51.9134 0.6274 2534 50.3389 0.6278 2751 52.45 0.6282 2690 51.8652 0.6286 2663 51.6043 0.629 2715 52.1057 0.6294 2635 51.3323 0.6298 2554 50.5371 0.6302 2601 51 0.6306 2668 51.6527 0.631 2596 50.951 0.6314 2575 50.7445 0.6318 2578 50.774 0.6322 2610 51.0882 0.6326 2624 51.225 0.633 2546 50.4579 0.6334 2561 50.6063 0.6338 2470 49.6991 0.6342 2471 49.7092 0.6346 2446 49.4571 0.635 2395 48.9387 0.6354 2471 49.7092 0.6358 2485 49.8498 0.6362 2461 49.6085 0.6366 2376 48.7442 0.637 2344 48.4149 0.6374 2441 49.4065 0.6378 2366 48.6415 0.6382 2382 48.8057 0.6386 2390 48.8876 0.639 2335 48.3218 0.6394 2350 48.4768 0.6398 2363 48.6107 0.6402 2335 48.3218 0.6406 2323 48.1975 0.641 2288 47.833 0.6414 2227 47.1911 0.6418 2335 48.3218 0.6422 2297 47.927 0.6426 2289 47.8435 0.643 2225 47.1699 0.6434 2188 46.7761 0.6438 2264 47.5815 0.6442 2200 46.9042 0.6446 2181 46.7012 0.645 2223 47.1487 0.6454 2167 46.551 0.6458 2225 47.1699 0.6462 2235 47.2758 0.6466 2225 47.1699 0.647 2175 46.6369 0.6474 2176 46.6476 0.6478 2060 45.3872 0.6482 2191 46.8081 0.6486 2191 46.8081 0.649 2130 46.1519 0.6494 2212 47.0319 0.6498 2032 45.0777 0.6502 2105 45.8803 0.6506 2124 46.0869 0.651 2064 45.4313 0.6514 2015 44.8888 0.6518 2053 45.31 0.6522 2056 45.3431 0.6526 2024 44.9889 0.653 2021 44.9555 0.6534 1990 44.6094 0.6538 2073 45.5302 0.6542 1978 44.4747 0.6546 2065 45.4423 0.655 1904 43.6348 0.6554 2074 45.5412 0.6558 1947 44.1248 0.6562 1878 43.3359 0.6566 1972 44.4072 0.657 1874 43.2897 0.6574 1971 44.3959 0.6578 1943 44.0795 0.6582 1929 43.9204 0.6586 1842 42.9185 0.659 1949 44.1475 0.6594 1921 43.8292 0.6598 1864 43.1741 0.6602 1803 42.4617 0.6606 1765 42.0119 0.661 1870 43.2435 0.6614 1919 43.8064 0.6618 1840 42.8952 0.6622 1824 42.7083 0.6626 1759 41.9404 0.663 1854 43.0581 0.6634 1803 42.4617 0.6638 1852 43.0349 0.6642 1815 42.6028 0.6646 1750 41.833 0.665 1835 42.8369 0.6654 1819 42.6497 0.6658 1871 43.2551 0.6662 1787 42.2729 0.6666 1791 42.3202 0.667 1773 42.107 0.6674 1738 41.6893 0.6678 1635 40.4351 0.6682 1733 41.6293 0.6686 1780 42.19 0.669 1713 41.3884 0.6694 1795 42.3674 0.6698 1733 41.6293 0.6702 1680 40.9878 0.6706 1680 40.9878 0.671 1738 41.6893 0.6714 1655 40.6817 0.6718 1684 41.0366 0.6722 1734 41.6413 0.6726 1651 40.6325 0.673 1646 40.5709 0.6734 1657 40.7063 0.6738 1625 40.3113 0.6742 1600 40 0.6746 1679 40.9756 0.675 1575 39.6863 0.6754 1624 40.2989 0.6758 1626 40.3237 0.6762 1583 39.7869 0.6766 1598 39.975 0.677 1569 39.6106 0.6774 1628 40.3485 0.6778 1612 40.1497 0.6782 1542 39.2683 0.6786 1523 39.0256 0.679 1596 39.95 0.6794 1554 39.4208 0.6798 1511 38.8716 0.6802 1515 38.923 0.6806 1596 39.95 0.681 1530 39.1152 0.6814 1478 38.4448 0.6818 1507 38.8201 0.6822 1477 38.4318 0.6826 1499 38.7169 0.683 1455 38.1445 0.6834 1521 39 0.6838 1551 39.3827 0.6842 1503 38.7685 0.6846 1495 38.6652 0.685 1484 38.5227 0.6854 1483 38.5097 0.6858 1472 38.3667 0.6862 1469 38.3275 0.6866 1458 38.1838 0.687 1521 39 0.6874 1501 38.7427 0.6878 1479 38.4578 0.6882 1503 38.7685 0.6886 1417 37.6431 0.689 1444 38 0.6894 1368 36.9865 0.6898 1364 36.9324 0.6902 1413 37.5899 0.6906 1413 37.5899 0.691 1421 37.6962 0.6914 1359 36.8646 0.6918 1442 37.9737 0.6922 1327 36.428 0.6926 1381 37.1618 0.693 1364 36.9324 0.6934 1326 36.4143 0.6938 1395 37.3497 0.6942 1323 36.3731 0.6946 1366 36.9594 0.695 1368 36.9865 0.6954 1379 37.1349 0.6958 1300 36.0555 0.6962 1339 36.5923 0.6966 1265 35.5668 0.697 1268 35.609 0.6974 1329 36.4555 0.6978 1363 36.9188 0.6982 1320 36.3318 0.6986 1322 36.3593 0.699 1292 35.9444 0.6994 1275 35.7071 0.6998 1295 35.9861 ------------------------------------------------- ################################################# Background fit function is a 4th order polynomial ------------------------------------------------- f(x) = [0] + [1]*x + [2]*x*x + [3]*pow(x,3) + [4]*pow(x,4) [0] = 14328.5 +/- 80.1518 [1] = 5991.69 +/- 206.393 [2] = -9711.41 +/- 398.973 [3] = -28659.9 +/- 692.545 [4] = -30730.3 +/- 1103.44 -------------------------------------------------back to top of page #################################################
Figure 2) K0s signal to (signal + background) ratio
------------------------------------------------- Signal to (Signal + Background) ratio for K0s decay length > 6 cm. ############################################### 0.0 < DCA < 0.3 cm ----------------------------------------------- pt S/(S+B) Error (GeV/c) _______________________________________________ 0.05 0.222373 0.047003 0.15 0.308586 0.0257621 0.25 0.453684 0.0165837 0.35 0.627366 0.00981616 0.45 0.726063 0.00626635 0.55 0.821443 0.00439636 0.65 0.886443 0.00338928 0.75 0.916338 0.00287301 0.85 0.932686 0.00263809 0.95 0.935266 0.00253281 1.05 0.957503 0.00253631 1.15 0.964034 0.00260428 1.25 0.96815 0.00274095 1.35 0.972728 0.00293441 1.45 0.973341 0.00318179 1.55 0.974497 0.00347363 1.65 0.980467 0.00383135 1.75 0.982141 0.00424129 1.85 0.985637 0.00471822 1.95 0.986998 0.00528939 2.05 0.986764 0.00585562 2.15 0.98663 0.00658902 2.25 0.988726 0.00741087 2.35 0.98745 0.00833225 2.45 0.988123 0.00936983 2.55 0.986516 0.0105478 2.65 0.991683 0.0118035 2.75 0.988461 0.0132412 2.85 0.992268 0.0149888 2.95 0.993355 0.0166693 3.05 0.998829 0.0187658 3.15 0.996956 0.020847 3.25 0.99774 0.0234756 3.35 0.992921 0.0261341 3.45 0.992934 0.0295979 3.55 0.994543 0.0327292 3.65 0.997105 0.0363434 3.75 0.994431 0.0408364 3.85 0.99406 0.0445441 3.95 0.982883 0.0496036 ############################################### 0.0 < DCA < 0.5 cm ----------------------------------------------- pt S/(S+B) Error (GeV/c) _______________________________________________ 0.05 0.203477 0.0278772 0.15 0.276996 0.0158654 0.25 0.412117 0.0103679 0.35 0.568456 0.00625794 0.45 0.675013 0.00410029 0.55 0.77288 0.00299139 0.65 0.842339 0.00237422 0.75 0.879262 0.0020786 0.85 0.896452 0.00196902 0.95 0.89863 0.00193946 1.05 0.927656 0.00198428 1.15 0.938244 0.00207808 1.25 0.942128 0.00221897 1.35 0.948148 0.00240802 1.45 0.948254 0.00263915 1.55 0.952806 0.0029153 1.65 0.960087 0.00324655 1.75 0.96382 0.00362133 1.85 0.967781 0.00406007 1.95 0.970307 0.00456895 2.05 0.971706 0.00505709 2.15 0.970357 0.00571282 2.25 0.97331 0.00643312 2.35 0.973118 0.00728082 2.45 0.971844 0.00820563 2.55 0.975759 0.00929422 2.65 0.977678 0.0104278 2.75 0.973822 0.0117371 2.85 0.980282 0.0133198 2.95 0.979264 0.0148395 3.05 0.982646 0.0167355 3.15 0.981389 0.0186755 3.25 0.987688 0.0210622 3.35 0.978877 0.0234774 3.45 0.984422 0.0265855 3.55 0.982935 0.029493 3.65 0.983991 0.0328389 3.75 0.991329 0.0369954 3.85 0.99064 0.0407981 3.95 0.982199 0.0455148 ############################################### 0.0 < DCA < 0.7 cm ----------------------------------------------- pt S/(S+B) Error (GeV/c) _______________________________________________ 0.05 0.141521 0.0203998 0.15 0.238647 0.0116228 0.25 0.363829 0.00770668 0.35 0.504142 0.00478464 0.45 0.601033 0.00324482 0.55 0.702953 0.00244158 0.65 0.782926 0.00198741 0.75 0.826807 0.0017815 0.85 0.846871 0.00172817 0.95 0.850242 0.00173188 1.05 0.88344 0.00179275 1.15 0.899374 0.00189682 1.25 0.903544 0.00204007 1.35 0.911809 0.00222676 1.45 0.912303 0.00245223 1.55 0.916213 0.00272048 1.65 0.929365 0.00304328 1.75 0.93479 0.00340408 1.85 0.942056 0.00382936 1.95 0.94578 0.00432165 2.05 0.942798 0.00476084 2.15 0.944519 0.0053931 2.25 0.947655 0.00607266 2.35 0.949112 0.00689122 2.45 0.952095 0.00779532 2.55 0.956302 0.00883339 2.65 0.957887 0.00992448 2.75 0.954956 0.0111892 2.85 0.969235 0.0127508 2.95 0.957225 0.0142056 3.05 0.967932 0.0160221 3.15 0.958352 0.0178933 3.25 0.973688 0.0201557 3.35 0.963843 0.02254 3.45 0.964424 0.0255507 3.55 0.968269 0.0284208 3.65 0.964906 0.0315837 3.75 0.978289 0.0355923 3.85 0.974818 0.0394862 3.95 0.956289 0.0433505 --------------------------------------back to top of page #################################################
Figure 3) Mean KT distribution of K0s pairs
--------------------------------------- Mean Kt distribution for Q < 0.2 GeV/c ####################################### pair purity ~ 52% _______________________________________ Mean Kt counts Error (GeV/c) ____________________________________ 0.5 14 3.74166 0.54 136 11.6619 0.58 343 18.5203 0.62 606 24.6171 0.66 765 27.6586 0.7 968 31.1127 0.74 1063 32.6037 0.78 1167 34.1614 0.82 1210 34.7851 0.86 1193 34.5398 0.9 1253 35.3977 0.94 1172 34.2345 0.98 1123 33.5112 1.02 1032 32.1248 1.06 1004 31.686 1.1 878 29.6311 1.14 799 28.2666 1.18 650 25.4951 1.22 583 24.1454 1.26 515 22.6936 1.3 448 21.166 1.34 372 19.2873 1.38 305 17.4642 1.42 280 16.7332 1.46 218 14.7648 1.5 184 13.5647 1.54 150 12.2474 1.58 125 11.1803 1.62 101 10.0499 1.66 95 9.74679 1.7 80 8.94427 1.74 55 7.4162 1.78 51 7.14143 1.82 45 6.7082 1.86 37 6.08276 1.9 29 5.38516 1.94 17 4.12311 1.98 13 3.60555 2.02 11 3.31662 2.06 13 3.60555 2.1 11 3.31662 2.14 7 2.64575 2.18 4 2 2.22 5 2.23607 2.26 6 2.44949 2.3 3 1.73205 2.38 2 1.41421 2.42 3 1.73205 2.5 1 1 2.58 1 1 2.62 4 2 2.66 1 1 3.06 1 1 3.1 1 1 -------------------------------------- ####################################### pair purity ~ 89% _______________________________________ Mean Kt counts Error (GeV/c) _______________________________________ 0.5 2 1.41421 0.54 17 4.12311 0.58 51 7.14143 0.62 95 9.74679 0.66 105 10.247 0.7 186 13.6382 0.74 207 14.3875 0.78 246 15.6844 0.82 256 16 0.86 285 16.8819 0.9 305 17.4642 0.94 303 17.4069 0.98 350 18.7083 1.02 309 17.5784 1.06 304 17.4356 1.1 282 16.7929 1.14 314 17.72 1.18 228 15.0997 1.22 232 15.2315 1.26 204 14.2829 1.3 184 13.5647 1.34 156 12.49 1.38 118 10.8628 1.42 115 10.7238 1.46 96 9.79796 1.5 88 9.38083 1.54 66 8.12404 1.58 61 7.81025 1.62 53 7.28011 1.66 47 6.85565 1.7 36 6 1.74 28 5.2915 1.78 33 5.74456 1.82 26 5.09902 1.86 18 4.24264 1.9 20 4.47214 1.94 10 3.16228 1.98 6 2.44949 2.02 8 2.82843 2.06 8 2.82843 2.1 4 2 2.14 5 2.23607 2.18 3 1.73205 2.22 3 1.73205 2.26 1 1 2.3 2 1.41421 2.42 1 1 2.5 1 1 2.58 1 1 2.62 4 2 2.66 1 1 3.1 1 1 --------------------------------------- ####################################### Mean Kt distribution for Q < 0.1 GeV/c ####################################### pair purity ~ 52% _______________________________________ Mean Kt counts Error (GeV/c) _______________________________________ 0.5 3 1.73205 0.54 36 6 0.58 68 8.24621 0.62 102 10.0995 0.66 93 9.64365 0.7 130 11.4018 0.74 148 12.1655 0.78 160 12.6491 0.82 162 12.7279 0.86 170 13.0384 0.9 189 13.7477 0.94 152 12.3288 0.98 158 12.5698 1.02 131 11.4455 1.06 137 11.7047 1.1 146 12.083 1.14 112 10.583 1.18 92 9.59166 1.22 85 9.21954 1.26 68 8.24621 1.3 62 7.87401 1.34 46 6.78233 1.38 42 6.48074 1.42 38 6.16441 1.46 23 4.79583 1.5 30 5.47723 1.54 22 4.69042 1.58 14 3.74166 1.62 10 3.16228 1.66 17 4.12311 1.7 14 3.74166 1.74 5 2.23607 1.78 6 2.44949 1.82 13 3.60555 1.86 4 2 1.9 8 2.82843 1.94 1 1 1.98 2 1.41421 2.02 1 1 2.06 3 1.73205 2.1 2 1.41421 2.26 2 1.41421 2.42 1 1 2.58 1 1 2.62 1 1 ------------------------------------ ####################################### pair purity ~ 89% _______________________________________ Mean Kt counts Error (GeV/c) _______________________________________ 0.54 2 1.41421 0.58 9 3 0.62 18 4.24264 0.66 16 4 0.7 24 4.89898 0.74 32 5.65685 0.78 31 5.56776 0.82 43 6.55744 0.86 42 6.48074 0.9 45 6.7082 0.94 48 6.9282 0.98 58 7.61577 1.02 36 6 1.06 46 6.78233 1.1 42 6.48074 1.14 48 6.9282 1.18 30 5.47723 1.22 37 6.08276 1.26 20 4.47214 1.3 24 4.89898 1.34 14 3.74166 1.38 21 4.58258 1.42 19 4.3589 1.46 6 2.44949 1.5 13 3.60555 1.54 7 2.64575 1.58 7 2.64575 1.62 2 1.41421 1.66 11 3.31662 1.7 4 2 1.74 3 1.73205 1.78 4 2 1.82 8 2.82843 1.86 2 1.41421 1.9 5 2.23607 1.94 1 1 1.98 1 1 2.02 1 1 2.06 1 1 2.58 1 1 2.62 1 1 ------------------------------------back to top of page ####################################
Figure 4) K0sK0s correlation function
____________________________________ No corrections applied ------------------------------------ Q(GeV/c) C(Q) error ------------------------------------ 0.0075 1.91344 0.506795 0.0225 1.59012 0.177224 0.0375 1.28982 0.0952075 0.0525 1.22733 0.0676678 0.0675 1.0405 0.0481624 0.0825 0.981393 0.0386216 0.0975 0.950075 0.0320419 0.1125 1.00218 0.0289405 0.1275 0.964882 0.0251556 0.1425 0.98111 0.0229288 0.1575 0.981472 0.0209018 0.1725 1.04045 0.0199472 0.1875 0.99697 0.0180784 ------------------------------------- _______________________________________ purity correction applied, no corection for momentum resolution ------------------------------------- Q(GeV/c) C(Q) error ------------------------------------- 0.0075 2.06676 0.59186 0.0225 1.68324 0.205189 0.0375 1.33603 0.110389 0.0525 1.26279 0.078222 0.0675 1.04695 0.0558315 0.0825 0.978446 0.0447386 0.0975 0.942162 0.0371206 0.1125 1.00253 0.0335096 0.1275 0.959317 0.0291413 0.1425 0.978112 0.0265683 0.1575 0.978544 0.0242044 0.1725 1.04681 0.0230854 0.1875 0.996491 0.0209357 --------------------------------------- _________________________________________ purity and momentum resolution correction applied, ------------------------------------- Q(GeV/c) C(Q) error ------------------------------------- 0.0075 2.24908 0.689744 0.0225 1.7738 0.23054 0.0375 1.35759 0.118866 0.0525 1.25993 0.0827793 0.0675 1.04269 0.0585759 0.0825 0.97663 0.046897 0.0975 0.941543 0.0389135 0.1125 1.0023 0.0352212 0.1275 0.959257 0.03058 0.1425 0.978091 0.0279015 0.1575 0.978539 0.0254203 0.1725 1.04682 0.0243109 0.1875 0.996507 0.0220034 --------------------------------------back to top of page #################################################
Figure 5) K0sK0s theoretical correlation function
------------------------------------------------- Mass and coupling parameters from row (a) of Table I in K0s HBT paper R = 6 fm ################################################# Q (GeV/c) C(Q) _________________________________________________ 0.001 1.93152 0.0075 1.85414 0.0225 1.50014 0.0375 1.15715 0.0525 0.989941 0.0675 0.950711 0.0825 0.95453 0.0975 0.964022 0.1125 0.971612 0.1275 0.977197 0.1425 0.981384 0.1575 0.984603 0.1725 0.987135 0.1875 0.989159 0.2 0.990547 ################################################# R = 3 fm ################################################# Q (GeV/c) C(Q) _________________________________________________ 0.001 1.92038 0.0075 1.87831 0.0225 1.7275 0.0375 1.53086 0.0525 1.33072 0.0675 1.16193 0.0825 1.04203 0.0975 0.971002 0.1125 0.937874 0.1275 0.928703 0.1425 0.931817 0.1575 0.939658 0.1725 0.948346 0.1875 0.956276 0.2 0.961952 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# R = 6 fm ################################################# Q (GeV/c) C(Q) _________________________________________________ 0.001 2.04064 0.0075 1.9415 0.0225 1.53832 0.0375 1.16342 0.0525 0.983438 0.0675 0.94168 0.0825 0.946202 0.0975 0.956897 0.1125 0.96555 0.1275 0.971986 0.1425 0.976849 0.1575 0.980608 0.1725 0.983577 0.1875 0.985961 0.2 0.987603 ################################################# R = 3 fm ################################################# Q (GeV/c) C(Q) _________________________________________________ 0.001 2.16742 0.0075 2.09842 0.0225 1.88705 0.0375 1.63652 0.0525 1.39302 0.0675 1.19272 0.0825 1.05217 0.0975 0.96902 0.1125 0.929602 0.1275 0.917681 0.1425 0.919972 0.1575 0.927923 0.1725 0.937118 0.1875 0.945691 0.2 0.951926 -------------------------------------------------back to top of page #################################################
Figure 6) K0sK0s correlation function with fit functions
------------------------------------------ purity and momentum resolution correction applied, ------------------------------------------ Q(GeV/c) C(Q) error ------------------------------------------ 0.0075 2.24908 0.689744 0.0225 1.7738 0.23054 0.0375 1.35759 0.118866 0.0525 1.25993 0.0827793 0.0675 1.04269 0.0585759 0.0825 0.97663 0.046897 0.0975 0.941543 0.0389135 0.1125 1.0023 0.0352212 0.1275 0.959257 0.03058 0.1425 0.978091 0.0279015 0.1575 0.978539 0.0254203 0.1725 1.04682 0.0243109 0.1875 0.996507 0.0220034 ------------------------------------------- ################################################# The Gaussian fit function ------------------------------------------------ f(x) = [0]*(1 + [1]*exp(-x*x*sqrt([2])*25)); [0] = 0.99117 +/- 0.0103278 [1] = 1.08039 +/- 0.285309 [2] = 5.02362 +/- 0.610483 ################################################# Data for fit function with Mass and coupling parameters from row (a) of Table I in K0s HBT paper ------------------------------------------------- Q(GeV/c) C(Q) ------------------------------------------------- 0.001 1.97035 0.0075 1.91766 0.0225 1.69882 0.0375 1.42507 0.0525 1.19352 0.0675 1.05026 0.0825 0.986738 0.0975 0.970993 0.1125 0.97526 0.1275 0.9846 0.1425 0.99351 0.1575 1.00079 0.1725 1.00656 0.1875 1.01117 0.2 1.01431 ------------------------------------------------- ################################################# Data for fit function with Mass and coupling parameters from row (b) of Table I in K0s HBT paper ------------------------------------------------- Q(GeV/c) C(Q) ------------------------------------------------- 0.001 1.99571 0.0075 1.93576 0.0225 1.70418 0.0375 1.42418 0.0525 1.19147 0.0675 1.04928 0.0825 0.986859 0.0975 0.971457 0.1125 0.975515 0.1275 0.984469 0.1425 0.993033 0.1575 1.00007 0.1725 1.00568 0.1875 1.01019 0.2 1.01328 ################################################# Data for fit function with Mass and coupling parameters from row (c) of Table I in K0s HBT paper ------------------------------------------------- Q(GeV/c) C(Q) ------------------------------------------------- 0.001 2.01232 0.0075 1.94978 0.0225 1.7112 0.0375 1.42581 0.0525 1.19121 0.0675 1.04963 0.0825 0.988267 0.0975 0.973255 0.1125 0.977036 0.1275 0.98545 0.1425 0.993494 0.1575 1.00011 0.1725 1.00543 0.1875 1.00972 0.2 1.01268 ################################################# Data for fit function with Mass and coupling parameters from row (d) of Table I in K0s HBT paper ------------------------------------------------- Q(GeV/c) C(Q) ------------------------------------------------- 0.001 2.01589 0.0075 1.94813 0.0225 1.70632 0.0375 1.42428 0.0525 1.19254 0.0675 1.051 0.0825 0.98831 0.0975 0.972362 0.1125 0.976062 0.1275 0.984906 0.1425 0.993508 0.1575 1.00063 0.1725 1.00635 0.1875 1.01096 0.2 1.01414 -------------------------------------------------back to top of page #################################################
Figure 7) K0sK0s radius versus pair purity
------------------------------------------------- Radius versut Pair Purity BEFORE the data has been corrected for purity Mass and coupling parameters from row (a) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.5001 0.62834 0.5725 5.4296 1.1936 0.6525 4.6676 0.58885 0.6925 3.8745 0.3706 0.7225 4.5916 0.5857 0.7375 3.8468 0.3954 0.7725 4.3053 0.41584 0.7825 4.0694 0.39694 0.8275 4.0665 0.46465 0.8675 3.9795 0.59335 0.8975 3.8598 0.6236 ################################################# Mass and coupling parameters from row (b) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.4985 0.61082 0.5725 5.4084 1.1953 0.6525 4.6795 0.57644 0.6925 3.8996 0.36869 0.7225 4.6151 0.57645 0.7375 3.8748 0.39406 0.7725 4.3318 0.41418 0.7825 4.0992 0.3956 0.8275 4.0921 0.46215 0.8675 4.011 0.58608 0.8975 3.8886 0.61592 ################################################# Mass and coupling parameters from row (c) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.557 0.61396 0.5725 5.4281 1.206 0.6525 4.7472 0.58109 0.6925 3.9373 0.37431 0.7225 4.678 0.58328 0.7375 3.9157 0.3998 0.7725 4.3805 0.42134 0.7825 4.1437 0.4029 0.8275 4.1366 0.46889 0.8675 4.0656 0.59724 0.8975 3.9369 0.6235 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.4284 0.59325 0.5725 5.3724 1.1959 0.6525 4.6248 0.5565 0.6925 3.8752 0.36506 0.7225 4.5763 0.55935 0.7375 3.8532 0.38851 0.7725 4.3049 0.40537 0.7825 4.0794 0.38937 0.8275 4.066 0.45538 0.8675 3.9784 0.57136 0.8975 3.8576 0.60316 -------------------------------------------------- ################################################# Radius versut Pair Purity AFTER the data has been corrected for purity Mass and coupling parameters from row (a) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.5083 0.62642 0.5725 4.4965 0.56952 0.6525 4.6702 0.58801 0.6925 3.8772 0.36772 0.7225 4.5898 0.58311 0.7375 3.8489 0.39526 0.7725 4.3065 0.41587 0.7825 4.0696 0.39638 0.8275 4.0677 0.4648 0.8675 3.9817 0.59435 0.8975 3.8618 0.62411 ################################################# Mass and coupling parameters from row (b) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.5052 0.60976 0.5725 4.5008 0.55632 0.6525 4.6819 0.5741 0.6925 3.9006 0.37742 0.7225 4.6157 0.57554 0.7375 3.8766 0.39397 0.7725 4.3325 0.41356 0.7825 4.1005 0.39609 0.8275 4.0938 0.46214 0.8675 4.0135 0.5875 0.8975 3.8895 0.61718 ################################################# Mass and coupling parameters from row (c) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.5636 0.61106 0.5725 4.5565 0.56122 0.6525 4.7477 0.57978 0.6925 3.94 0.38656 0.7225 4.6776 0.58429 0.7375 3.9176 0.40002 0.7725 4.3813 0.42087 0.7825 4.1448 0.40303 0.8275 4.1379 0.4686 0.8675 4.0676 0.59708 0.8975 3.937 0.6242 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# Pair Purity R Error _________________________________________________ 0.5225 4.4328 0.58998 0.5725 4.4425 0.54141 0.6525 4.622 0.55443 0.6925 3.8773 0.36487 0.7225 4.5753 0.55761 0.7375 3.8551 0.38904 0.7725 4.3053 0.40538 0.7825 4.0809 0.39002 0.8275 4.0669 0.45484 0.8675 3.9805 0.57165 0.8975 3.8587 0.60402 -------------------------------------------------back to top of page ###############################################################
Figure 8) K0sK0s lambda versus pair purity
-------------------------------------------------------------- ################################################# Lambda versut Pair Purity BEFORE the data has been corrected for purity Mass and coupling parameters from row (a) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.39125 0.098143 0.5725 0.51783 0.13317 0.6525 0.55114 0.12946 0.6925 0.75977 0.15553 0.7225 0.57533 0.14236 0.7375 0.75729 0.16509 0.7725 0.73109 0.14872 0.7825 0.91546 0.19489 0.8275 0.89825 0.2191 0.8675 0.8995 0.27472 0.8975 1.0085 0.34011 ################################################# Mass and coupling parameters from row (b) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.36866 0.093565 0.5725 0.49234 0.12968 0.6525 0.52243 0.12452 0.6925 0.71243 0.1486 0.7225 0.54701 0.13733 0.7375 0.71096 0.15836 0.7725 0.69191 0.14341 0.7825 0.86336 0.18716 0.8275 0.84581 0.21021 0.8675 0.84968 0.26351 0.8975 0.95103 0.32554 ################################################# Mass and coupling parameters from row (c) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.36096 0.092503 0.5725 0.47825 0.12825 0.6525 0.51279 0.12344 0.6925 0.68773 0.14584 0.7225 0.53503 0.13573 0.7375 0.68716 0.15523 0.7725 0.67275 0.14158 0.7825 0.83665 0.1845 0.8275 0.82082 0.20724 0.8675 0.82927 0.26174 0.8975 0.92494 0.32059 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.3411 0.087885 0.5725 0.46711 0.12592 0.6525 0.48736 0.11652 0.6925 0.6617 0.14051 0.7225 0.51272 0.12934 0.7375 0.66127 0.14946 0.7725 0.64782 0.13541 0.7825 0.80714 0.17681 0.8275 0.78938 0.19908 0.8675 0.7895 0.24745 0.8975 0.88178 0.30559 ================================================= ################################################# Lambda versut Pair Purity AFTER the data has been corrected for purity Mass and coupling parameters from row (a) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.68817 0.17234 0.5725 0.69599 0.16373 0.6525 0.7683 0.17992 0.6925 0.99124 0.20222 0.7225 0.72335 0.17841 0.7375 0.92721 0.20144 0.7725 0.85686 0.17384 0.7825 1.0564 0.22393 0.8275 0.98256 0.23953 0.8675 0.94204 0.2879 0.8975 1.0225 0.34505 ################################################# Mass and coupling parameters from row (b) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.64832 0.16462 0.5725 0.65692 0.15645 0.6525 0.72803 0.17241 0.6925 0.92901 0.1976 0.7225 0.68769 0.17216 0.7375 0.86976 0.19287 0.7725 0.81054 0.16767 0.7825 0.99577 0.21545 0.8275 0.92666 0.2301 0.8675 0.89089 0.27675 0.8975 0.96238 0.33009 ################################################# Mass and coupling parameters from row (c) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.63503 0.16239 0.5725 0.64245 0.15503 0.6525 0.71463 0.17124 0.6925 0.89792 0.1946 0.7225 0.6728 0.17092 0.7375 0.84073 0.18939 0.7725 0.78815 0.16563 0.7825 0.96579 0.21254 0.8275 0.89972 0.22669 0.8675 0.86856 0.27407 0.8975 0.93609 0.3251 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# Pair Purity Lambda Error _________________________________________________ 0.5225 0.59919 0.1537 0.5725 0.61016 0.14725 0.6525 0.67786 0.16149 0.6925 0.86284 0.18239 0.7225 0.64428 0.16182 0.7375 0.80875 0.1823 0.7725 0.75881 0.15845 0.7825 0.93176 0.20384 0.8275 0.86377 0.21731 0.8675 0.8271 0.25899 0.8975 0.89217 0.30948 -------------------------------------------------back to top of page ###############################################################
Figure 9) K0sK0s radius versus Mean KT
--------------------------------------------------------------- ################################################# Mass and coupling parameters from row (a) of Table I in K0s HBT paper ################################################# Mean Kt R Error _________________________________________________ 0.80425 4.5083 0.62642 0.82875 4.4965 0.56952 0.87775 4.6702 0.58801 0.92675 4.5898 0.58311 0.97225 4.3065 0.41587 0.97575 3.8772 0.36772 0.98625 3.8489 0.39526 1.00025 4.0696 0.39638 1.02125 4.0677 0.4648 1.04225 3.9817 0.59435 1.06675 3.8618 0.62411 ################################################# Mass and coupling parameters from row (b) of Table I in K0s HBT paper ################################################# Mean Kt R Error _________________________________________________ 0.80425 4.5052 0.60976 0.82875 4.5008 0.55632 0.87775 4.6819 0.5741 0.92675 4.6157 0.57554 0.97225 4.3325 0.41356 0.97575 3.9006 0.37742 0.98625 3.8766 0.39397 1.00025 4.1005 0.39609 1.02125 4.0938 0.46214 1.04225 4.0135 0.5875 1.06675 3.8895 0.61718 ################################################# Mass and coupling parameters from row (c) of Table I in K0s HBT paper ################################################# Mean Kt R Error _________________________________________________ 0.80425 4.5636 0.61106 0.82875 4.5565 0.56122 0.87775 4.7477 0.57978 0.92675 4.6776 0.58429 0.97225 4.3813 0.42087 0.97575 3.94 0.38656 0.98625 3.9176 0.40002 1.00025 4.1448 0.40303 1.02125 4.1379 0.4686 1.04225 4.0676 0.59708 1.06675 3.937 0.6242 ################################################# Mass and coupling parameters from row (d) of Table I in K0s HBT paper ################################################# Mean Kt R Error _________________________________________________ 0.80425 4.4328 0.58998 0.82875 4.4425 0.54141 0.87775 4.622 0.55443 0.92675 4.5753 0.55761 0.97225 4.3053 0.40538 0.97575 3.8773 0.36487 0.98625 3.8551 0.38904 1.00025 4.0809 0.39002 1.02125 4.0669 0.45484 1.04225 3.9805 0.57165 1.06675 3.8587 0.60402 -------------------------------------------------back to top of page ###############################################################
Figure 10) K0sK0s radius versus MT
---------------------------------------------------------------- Mt(GeV/c2) Rinv (fm) error ---------------------------------------------------------------- pion-pion(-) 0.244 7.06 0.15 pion-pion(-) 0.328 6.68 0.14 pion-pion(-) 0.418 6.23 0.19 pion-pion(-) 0.524 5.7 0.19 pion-pion(+) 0.244 7 0.15 pion-pion(+) 0.328 6.58 0.14 pion-pion(+) 0.418 6.31 0.19 pion-pion(+) 0.524 5.66 0.19 K0sK0s 1.07 4.09 0.46 + - p-Lambda 1.326 2.97 0.437836 0.467012 pbar-Lambda 1.336 1.56 0.32619 0.340588 p-Lambdabar 1.336 1.41 0.334813 0.334813 pbar-Lambdabar 1.346 3.24 0.667608 0.638514 ----------------------------------------------------------------
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