THE STRUCTURE OF THE KINETIC EQUATION FOR TIME CORRELATION FUNCTIONSYULMETYEV RM.1973; PHYS. LETTERS, A; NETHERL.; DA. 1973; VOL. 43; NO 2; PP. 115-116; BIBL. 7 REF.Serial Issue

UPPER BOUND TO THE COLLISION DIAMETER FROM HNC AND PY EFFECTIVE PAIR POTENTIALS.PRESENT RD.1974; J. CHEM. PHYS.; U.S.A.; DA. 1974; VOL. 60; NO 12; PP. 5077-5079; BIBL. 18 REF.Article

THREE ATOM CORRELATIONS IN THE LENNARD-JONES FLUIDRAVECHE HJ; MOUNTAIN RD; STREET WB et al.1972; J. CHEM. PHYS.; U.S.A.; DA. 1972; VOL. 57; NO 11; PP. 4999-5006; BIBL. 16 REF.Serial Issue

SHORT TIME BEHAVIOR OF THE VELOCITY AUTOCORRELATION FUNCTION.DE SCHEPPER IM; COHEN EGD.1975; PHYS. LETTERS, A; NETHERLAND; DA. 1975; VOL. 55; NO 7; PP. 385-386; BIBL. 9 REF.Article

VELOCITY CORRELATION FUNCTIONS FOR MODERATELY DENSE GASESDORFMAN JR.1973; ACTA PHYS. AUSTR., SUPPL.; AUTR.; DA. 1973; NO 10; PP. 209-221; BIBL. 2 P.; (100 YEARS BOLTZMANN EQUATION. PROC. INT. SYMP.; VIENNA; 1972)Conference Paper

"LONG TIME TAILS" IN FINITE SYSTEMS.KEYES T; BRANKA LADANYI.1975; J. CHEM. PHYS.; U.S.A.; DA. 1975; VOL. 62; NO 12; PP. 4787-4789; BIBL. 7 REF.Article

A COLLISIONAL APPROACH TO THE CALCULATION OF TIME CORRELATION FUNCTIONS. TRANSPORT COEFFICIENT OF GASES.REISSNER JE; STEELE WA.1975; J. STATIST. PHYS.; U.S.A.; DA. 1975; VOL. 13; NO 4; PP. 283-300; BIBL. 27 REF.Article

ASYMPTOTIC TIME BEHAVIOR OF CORRELATION FUNCTIONS. III. LOCAL EQUILIBRIUM AND MODE COUPLING THEORY.ERNST MH; HAUGE EH; VAN LEEUWEN JMJ et al.1975; ARK FYS. SEMINAR TRONDHEIM; NORGE; DA. 1975; NO 15; PP. 1-57; BIBL. 2 P.Serial Issue

ON THE RESPONSE OF ARBITRARY FINITE ORDER AND ITS RELATION TO IMAGINARY-TIME CORRELATION FUNCTIONS.WEHRUM RP; HERMEKING H.1974; J. PHYS. C; G.B.; DA. 1974; VOL. 7; NO 6; PP. L107-L110; BIBL. 10 REF.Article

A NEW DILUTE GAS TRANSPORT PHENOMENON.BLATT JM.1975; J. STATIST. PHYS.; U.S.A.; DA. 1975; VOL. 13; NO 5; PP. 389-392; BIBL. 4 REF.Article

A UNIQUENESS THEOREM FOR FLUID PAIR CORRELATION FUNCTIONS.HENDERSON RL.1974; PHYS. LETTERS, A; NETHERL.; DA. 1974; VOL. 49; NO 3; PP. 197-198; BIBL. 6 REF.Article

SOURCE RECONSTRUCTION FROM THE MODULUS OF THE CORRELATION FUNCTION: A PRACTICAL APPROACH TO THE PHASE PROBLEM OF OPTICAL COHERENCE THEORYKOHLER D; MANDEL L.1973; J. OPT. SOC. AMER.; U.S.A.; DA. 1973; VOL. 63; NO 2; PP. 126-134; BIBL. 26 REF.Serial Issue

SQUARE-WELL POTENTIAL. III. TRANSPORT PROPERTIES OF LIQUIDSSCHRODT IB; KU JS; LUKS KD et al.1972; J. CHEM. PHYS.; U.S.A.; DA. 1972; VOL. 57; NO 11; PP. 4589-4592; BIBL. 18 REF.Serial Issue

ITERATIVE METHOD FOR THE CALCULATION OF ATOMIC CLUSTER PROBABILITIES FROM PAIR CORRELATIONS IN BINARY SYSTEMS.DE RIDDER R.1975; PHYSICA; PAYS-BAS; DA. 1975; VOL. 79; NO 2; PP. 217-232; BIBL. 28 REF.Article

CONNECTIONS BETWEEN DIFFERENT DERIVATIONS OF THE TAILS IN THE TIME CORRELATION FUNCTIONSUBBINK JT; HAUGE EH.1973; ARK. FYS. SEMINAR TRONDHEIM; NORGE; DA. 1973; NO 9; PP. 1-39; BIBL. 1 P. 1/2Serial Issue

TWO POINT FUNCTIONS AND BUBBLESABRAHAM DB.1983; PHYSICAL REVIEW LETTERS; ISSN 0031-9007; USA; DA. 1983; VOL. 50; NO 5; PP. 291-294; BIBL. 26 REF.Article

CLASSICAL TIME-CORRELATION FUNCTIONS AND THE LANCZOS ALGORITHMMORO G; FREED JH.1981; J. CHEM. PHYS.; ISSN 0021-9606; USA; DA. 1981; VOL. 75; NO 6; PP. 3157-3159; BIBL. 15 REF.Article

DYNAMIC PROPERTIES OF ONE-DIMENSIONAL HARMONIC LIQUIDS. I: DENSITY CORRELATION AND TRANSPORT COEFFICIENTSYOSHIDA T; SHOBU K; MORI H et al.1981; PROG. THEOR. PHYS.; ISSN 0033-068X; JPN; DA. 1981; VOL. 66; NO 3; PP. 759-771; BIBL. 16 REF.Article

A MODE COUPLING THEORY OF HIGHER ORDER TIME CORRELATION FUNCTIONSRONIS D.1981; PHYSICA, A; ISSN 0378-4371; NLD; DA. 1981; VOL. 107; NO 1; PP. 25-47; BIBL. 25 REF.Article

A STUDY OF THE POSSIBLE STATISTICAL RELATIONSHIP BETWEEN THE TROPICAL PACIFIC SEA SURFACE TEMPERATURE AND ATMOSPHERIC CIRCULATIONWAN CHENG CHIU; LO A; WEIDLER DH JR et al.1981; MON. WEATHER REV.; ISSN 0027-0644; USA; DA. 1981; VOL. 109; NO 5; PP. 1013-1020; BIBL. 16 REF.Article

MODIFICATION OF FICK'S LAWALLEY WE; ALDER BJ.1979; PHYS. REV. LETT.; USA; DA. 1979; VOL. 43; NO 10; PP. 653-656; BIBL. 8 REF.Article

DENSITY DEPENDENCE OF THE VELOCITY AUTOCORRELATION FUNCTIONDE SCHEPPER IM; COHEN EGD.1978; PHYS. LETTERS, A; NLD; DA. 1978; VOL. 68; NO 3-4; PP. 308-310; BIBL. 7 REF.Article

APPROXIMATE KINETIC THEORY OF HARD-SPHERE FLUIDS NEAR EQUILIBRIUM. II. A QUASIHYDRODYNAMIC APPROXIMATION FOR THE VELOCITY AUTOCORRELATION FUNCTION.RESIBOIS P.1975; J. STATIST. PHYS.; U.S.A.; DA. 1975; VOL. 13; NO 5; PP. 393-426; BIBL. 24 REF.Article

CALCULATION OF A PAIR CORRELATION FUNCTION FOR THE THREE-DIMENSIONAL ISING MODEL WITH LONG-RANGE EXCHANGE FORCESNIGMATULLIN RR.1982; PHYSICA, A; ISSN 0378-4371; NLD; DA. 1982; VOL. 116; NO 3; PP. 612-621; BIBL. 9 REF.Article

TWO-TIME CORRELATION FUNCTION OF THE TIME-DEPENDENT IDEAL RANDOM FUNCTIONDOI M; KAMBE R; IMAMURA T et al.1979; J. PHYS. SOC. JAP.; JPN; DA. 1979; VOL. 46; NO 3; PP. 1016-1021; BIBL. 16 REF.Article