for the sqfe use of lqsers - LIGO

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ENERGY BEAM OUTPUT DIVERGENCE 'oooT 'l (mJ) (mr) I I ,.ol ,.1 + I I I "+ "+ f + 'f I *' I f + I ",1 "* I POWER OUTPUT (mlV) INTEGRATEO RADIANT INTENSITY (MJ/sr) o.ol RADIANT INTENSITY (MW,/sr) RANGE (km) LASER RANIGE EOUATION NOMOGRAM Fig. 85 hscr Rangc Equstion Nomogrsn, APPENDIX RADIANT EXPOSURE lpJtcnzl IRRADIANCE (yw/cmz1
o APPENDIX 't6 UJ (L d F x 9 J (r lrJ CN J (\l o(J z o F() Lrj - ) E t!ro uJ - E '-*H ,) r- Lu l! o E o E Eqa $EE -E rE E. bl _=E o ( D = 9 ,-i x E o trJ - .tE 'i,'
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o q' g) d ot N o 2 uqo-Pqbet+-Qc-Y
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o SECTION 10. Revision of American
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SECTION Figures Fig. Bl Fig. 92 Fig
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American National Standard for the
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accessible radiation. Radiation to
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lhe eye and skin are detailed in Se
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(See Appendix C for references.) If
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3.3.4 Ctass 4 Lasers and Laser Syst
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AMERICAN NATIONAL STANDARD ZI36.I -
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AMERICAN NATIONAL STANDARD ZI 36.I.
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AMERICAN NATIONAL STANDARD 2136,I.1
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AMERICAN NATIONAL STANDARD 2I36.I-I
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AMERICAN NATIONAL STANDARD 2I36. I.
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AMERICAN NATIONAL STANDARD 2136,1-
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Page 61 and 62: o Appendixes Appendix A This Append
Page 63 and 64: APPENDIX Laser Type Helium-Cadmium
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Page 67 and 68: APPENDIX which has an output of thr
Page 69 and 70: APPENDIX B3.3 Central-Beam Irradian
Page 71 and 72: APPENDIX NOTE 3: For rectangular or
Page 73 and 74: o APPENDIX ' 0,1+(200)(5 x t0-3) l.
Page 75 and 76: o o APPENDIX Step 3. Determine the
Page 77 and 78: APPENDIX Table Bl Typical Diffuse R
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Page 83 and 84: APPENDIX 7lr SYMBOL AND BORDER. BLA
Page 85 and 86: APPENDIX D3. Safety Committee D3.l
Page 87 and 88: APPENDIX 82 Table Dl Recomrnended T
Page 89 and 90: APPENDIX been linked to working wit
Page 91 and 92: APPENDIX F2. Cryogenic Liquids Cryo
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APPENDIX simple heat flow models aP
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o APPENDIX Goldman, L., Rockwell, R
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Table l0 Control Measures for the F
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