High Power Laser and Particle Beams, Volume. 32, Issue 5, 051002(2020)

Optical cavity self-collimation research method based on image processing

Jingrun Li1...2, Mudi Xiong1 and Zengbao Zhang2,* |Show fewer author(s)
Author Affiliations
  • 1Dalian Maritime University, Institute of Information Technology, Dalian 116026, China
  • 2Key Laboratory of Chemical Lasers, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, Dalian 116023, China
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    Figures & Tables(12)
    System structure diagram
    Structure diagram of software development platform
    Optical design simulation platform
    Optical design simulation results
    Single frame images
    Imaging effect
    System hardware pictures
    • Table 1. Interference concentric ring does not deflect,the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

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      Table 1. Interference concentric ring does not deflect,the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

      number of pixels on the left of the center of the circle number of pixels on the right of the center of the circle left and right difference absolute value number of pixels above the center of the circle (top) number of pixels under the center of the circle (bottom) top and bottom difference absolute value
      150 710150 363347161 115139 90721 208
      118 446118 944−498127 191110 18717 004
      105 721109 406−3 685115 12099 95415 166
      134 828127 3567 472146 931115 07631 855
      119 957120 749−792128 397112 28716 110
      153 853143 29810 555166 214130 75535 459
      127 163111 78215 381132 566106 24026 326
      152 432155 565−3 133162 320145 63016 690
      169 367171 146−1 779188 648151 67936 969
      173 025173 278−253185 219160 98424 235
      107 727108 901−1 174119 28197 27422 007
      119 220114 9364 284124 845104 23320 612
      142 698137 7654 933149 384131 02818 356
      168 131168 945−814179 462157 52921 933
      149 420155 244−5 824167 163137 32729 836
      158 102152 5885 514166 537144 06322 474
      143 257128 86314 394149 602122 35227 250
      116 565116 573−8126 613106 46620 147
      106 954110 558−3 604119 23798 23920 998
      165 295161 6993 596180 566146 26734 299
      139 435138 2011 234146 345131 25915 086
      171 428170 506922188 178153 59434 584
      114 648116 670−2 022122 574108 72513 849
      165 974163 6592 315179 532149 95029 582
      109 090113 982−4 892119 492103 54615 946
      147 150138 8628 288157 155128 74428 411
      173 151173 07180185 642160 46425 178
      170 118169 454664178 271161 24317 028
    • Table 2. Interference concentric ring is deflected to the right,the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

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      Table 2. Interference concentric ring is deflected to the right,the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

      number of pixels on the left of the center of the circle number of pixels on the right of the center of the circle left and right difference absolute value number of pixels above the center of the circle (top) number of pixels under the center of the circle (bottom) top and bottom difference absolute value
      67 212223 701156 489151 545139 23312 312
      67 991203 445135 454146 220125 10621 114
      80 378159 39079 012132 451107 16125 290
      81 498176 25794 759140 036117 52122 515
      70 015207 060137 045146 641130 36216 279
      73 964185 315111 351142 908116 17126 737
      83 102148 08964 987124 351106 76817 583
      76 410176 770100 360137 860115 29222 568
      64 843223 274158 431151 498136 49914 999
      73 207193 419120 212144 665121 74622 919
      75 443176 401100 958136 013115 82820 185
      72 769218 649145 880155 244136 11419 130
      68 176203 582135 406145 230126 41918 811
      83 543143 00359 460121 431105 13416 297
      78 941163 10684 165130 758111 32319 435
      85 203140 71255 509121 341104 54616 795
      76 948187 198110 250142 288121 87720 411
      67 792215 021147 229151 313131 36119 952
      75 851179 249103 398137 720117 31520 405
      72 056205 191133 135148 111128 94219 169
      80 447161 40180 954133 824107 84825 976
      73 018199 858126 840148 344124 33424 010
      81 293160 22778 934133 233108 15925 074
      72 407207 401134 994148 165131 63916 526
      17 664211 257193 593121 110107 67413 436
      28 033200 805172 772119 806108 88010 926
      18 512204 730186 218116 223106 9319 292
      21 188212 485191 297124 590108 91915 671
    • Table 3. The interference concentric ring is deflected to the left,and the number of pixels and the difference between the bright dots on the top,bottom,left,and right of the interference concentric ring are deflected

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      Table 3. The interference concentric ring is deflected to the left,and the number of pixels and the difference between the bright dots on the top,bottom,left,and right of the interference concentric ring are deflected

      number of pixels on the left of the center of the circle number of pixels on the right of the center of the circle left and right difference absolute value number of pixels above the center of the circle (top) number of pixels under the center of the circle (bottom) top and bottom difference absolute value
      192 31452 255140 059142 574101 84440 730
      229 57747 856181 721157 423119 80337 620
      214 63147 848166 783149 527112 86236 665
      202 36346 299156 064143 299105 29738 002
      203 76549 982153 783147 673105 86341 810
      228 98548 638180 347155 875121 53734 338
      210 92153 734157 187145 497119 08226 415
      226 17448 803177 371152 282122 54229 740
      191 76851 614140 154142 192101 02141 171
      199 88850 107149 781145 717104 10941 608
      230 22645 781184 445153 651122 20731 444
      197 82948 687149 142144 154102 27441 880
      198 43948 554149 885143 359103 54539 814
      228 47848 736179 742155 472121 55033 922
      221 28748 660172 627152 940116 79036 150
      188 68450 234138 450138 092100 77537 317
      227 90250 225177 677156 301121 61634 685
      216 51821 413195 105137 346100 35336 993
      218 20022 530195 670138 716101 83136 885
      209 91723 301186 616136 28996 78639 503
      223 06420 969202 095141 508102 31539 193
      225 71920 984204 735143 473102 99940 474
      208 88322 815186 068136 06595 46340 602
      221 44522 227199 218141 612101 86639 746
      225 78021 538204 242143 149103 92639 223
      200 23226 669173 563128 81797 98330 834
      210 86423 623187 241137 46996 83640 633
      203 25326 655176 598133 66896 14137 527
    • Table 4. The interference concentric ring is deflected upward,and the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

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      Table 4. The interference concentric ring is deflected upward,and the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

      number of pixels on the left of the center of the circle number of pixels on the right of the center of the circle left and right difference absolute value number of pixels above the center of the circle (top) number of pixels under the center of the circle (bottom) top and bottom difference absolute value
      136 172132 2983 874227 32541 119186 206
      129 489122 7336 756200 34051 887148 453
      126 496116 8549 642201 07442 183158 891
      121 423128 708−7 285220 51829 574190 944
      137 995128 3689 627222 62343 685178 938
      128 997128 443554230 75426 714204 040
      132 453120 36212 091196 77356 054140 719
      134 189133 298891231 96635 508196 458
      134 525120 37714 148209 97644 841165 135
      137 203128 5608 643215 03250 688164 344
      129 555124 6474 908208 36045 885162 475
      132 845124 5948 251204 05353 392150 661
      119 411124 457−5 046209 12634 684174 442
      128 035130 239−2 204229 14629 125200 021
      122 666110 22212 444222 54610 494212 052
      128 976116 03112 945233 03912 078220 961
      129 350120 1789 172240 2089 465230 743
      121 845113 2148 631223 51111 672211 839
      126 511113 85712 654226 68513 777212 908
      131 166114 40716 759234 19311 500222 693
      122 526117 8074 719230 7619 719221 042
      131 432120 22811 204240 53311 251229 282
      124 978117 6507 328235 4127 384228 028
      127 081115 91611 165231 24811 860219 388
      125 773115 39910 374229 05112 224216 827
      121 264114 5726 692224 93611 026213 910
      129 720119 72010 000238 69310 875227 818
      129 597114 55015 047235 8078 494227 313
    • Table 5. The interference concentric ring is deflected downward,and the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

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      Table 5. The interference concentric ring is deflected downward,and the number of pixels and the difference between the bright dots on the top,bottom,left and right of the interference concentric ring

      number of pixels on the left of the center of the circle number of pixels on the right of the center of the circle left and right difference absolute value number of pixels above the center of the circle (top) number of pixels under the center of the circle (bottom) top and bottom difference absolute value
      131 272144 841−13 56949 313226 819177 506
      125 072134 698−9 62636 692223 023186 331
      132 521146 542−14 02143 455235 617192 162
      122 593143 530−20 93751 478214 616163 138
      132 688135 034−2 34643 453224 261180 808
      130 408144 669−14 26141 760233 318191 558
      133 906137 991−4 08546 098225 792179 694
      127 261135 658−8 39735 985226 913190 928
      119 619121 666−2 04737 033204 231167 198
      132 054140 840−8 78650 785222 172171 387
      124 653145 920−21 26759 007211 560152 553
      116 229126 427−10 19836 656205 946169 290
      121 717125 277−3 56035 769211 203175 434
      132 177137 829−5 65250 487219 528169 041
      132 867130 4432 424106 279156 97550 696
      142 770140 9681 802104 139179 47975 340
      129 679143 125−13 44669 603203 178133 575
      132 483151 991−19 50871 387213 094141 707
      139 753153 992−14 23971 849221 839149 990
      132 423153 088−20 66571 420214 095142 675
      139 085139 757−67291 837186 92495 087
      135 971134 9091 06297 702173 09375 391
      142 437157 671−15 23478 107221 921143 814
      136 040133 5162 524108 136161 31753 181
      130 392141 900−11 50863 580208 716145 136
      130 815135 792−4 977103 930162 69958 769
      129 485135 176−5 69173 770190 890117 120
      133 012138 664−5 65222 155249 612227 457
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    Jingrun Li, Mudi Xiong, Zengbao Zhang. Optical cavity self-collimation research method based on image processing[J]. High Power Laser and Particle Beams, 2020, 32(5): 051002

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    Paper Information

    Category:

    Received: Dec. 9, 2019

    Accepted: --

    Published Online: Apr. 24, 2020

    The Author Email: Zhang Zengbao (13500732716@163.com)

    DOI:10.11884/HPLPB202032.190457

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