Conference of Soviet and American Jurists on the Law of the Sea and the Protection of the Marine Environment

Included in the papers for the Conference of Soviet and American Jurists on the Law of the Sea and the Protection of the Marine Environment: Introduction by Milton Katz and Richard R. Baxter, p. 1 Freedom of Scientific Research in the World Ocean by A.F. Vysotsky, p. 7 The International Law of Scientific Research in the Oceans by Richard R. Baxter, p. 27 Responsibility and Liability for Harm to the Marine Environment by Robert E. Stein, p. 41 Liability for Marine Environment Pollution Damage in Contemporary International Sea Law by A. L. Makovsky, p. 59 Protection of the Marine Environment from Pollution by Richard A. Frank, p. 73 The Freedom of Navigation and the Problem of Pollution of the Marine Environment by V. A. Kiselev, p. 93 The Freedom of Navigation Under International Law by William E. Butler, p. 107 International Fisheries Management Without Global Agreement: United States Policies and Their Impact on the Soviet Union by H. Gary Knight, p. 119 Some Biological Background for International Legal Acts on Rational Utilization of the Living Resources of the World Ocean by P. A. Moiseev, p. 143 An International Regime for the Seabed Beyond National Jurisdiction by Thomas M. Franck, p. 151 Settlement of Disputes Under the Law of Ocean Use, with Particular Reference to Environmental Protection by John Lawrence Hargrove, p. 18

NON-STATIONARY SPECTROSCOPY OF COHERENT ANTI-STOKES'S LIGHT SCATERING

The aim is to develop the non-stationary spectroscopy of the coherent anti-Stokes's light scattering (CALS) as a method for study of the de-phasing processes in the gas media. The review of the theoretical de-phasing mechanism models has been given: Dopler, adiabatic and non-adiabatic models on base of which tne responses were calculated. The experimental responses were measured on the created picosecond spectrometer KARS using the pulses with duration 30 ps. The recording of the Dicke's effect of Q-branch in the oscillating-rotating hydrogen transition shown a high sprectral resolution of the spectrometer equivalent to 0,001 cm*99-*991 and large dynamic range of the anti-Stokes's signal energy measurement: five-ten orders. The effects stipulated by a displaying of the different de-phasing mechanism have been recorded firstly: at excitation and sounding of the transition 4F*007*00/*002 - 4F*005*00/*002 in thulium atoms the Dicke's effect in optic range and effect of the spectral exchange on the super-thin components of the atomic transition have been recorded.Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio