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24 Feb 2004: modulation in t1 can be expanded, using the formula,cos sin sin sinA B B A B A= ( ) ( ){ }12 to give. ... If two two-dimensional multipletsappear at (F1, F2) = (A B, A) and (A B, B) the implication is thatthe two spins A and B are coupled, as it is only

6 Oct 2004: compressed column. mode-I planar crack. expanded cylindricalcavity. (a) (b). (c). Figure 1. ... a). (b). = 2α. = 2α. Figure 5. Prediction of (a) pF min/µ versus JIIC/µR and (b) b/R versusJIIC/µR for the penetration of a soft solid by a

29 Dec 2004: B. Forbush III (Yale University) and R. James Turner (National Institutes of Health). ... Protein Phosphorylation and Na/K/2Cl Cotransport 20749. 60 V. O0 b b 0 T.

2 Mar 2004: 7 Consider B. Adf. Note that df = f.dr, and use an inequality for a.b for any two vectors. ... a and b. To obtain the required condition for equality, recall that f lies orthogonalto the family of surfaces f = constant.

23 Nov 2004: All rights reserved. DOI 10.1016/j. c u b. 2 0 0 4. ... 130, 765–771. 30. Kurten, R.C., Eddington, A.D., Chowdhury, P., Smith, R.D., Da-vidson, A.D., and Shank, B.B.

17 Jun 2004: be ν 2 prescribed nodes in the interval [a, b]. Having chosen multiplicities. ... b. ml2 c,. cν = b : b γ. ωk, k = 0, 1,. ,

11 Oct 2004: I say, what doesretiring really mean anyway?”B: B: B: B: B: “There are three ways to retire. ... No more Nick to be theboss?”B: B: B: B: B: “No, because the Department thought about that andmade Nick McCave the director.

24 Feb 2004: Fouriertransformation of S(t) gives the spectrum S(ω):. S B A Dω ω ω( ) = ( ) ( )[ ] ( )i iexp Φ [1]. ... Re cos sinS B A Dω ω ω( )[ ] = ( ) ( )[ ]Φ ΦIn general this is a mixture of the absorption and dispersion lineshape.

24 Feb 2004: Under these circumstances the offset, , is zero and so the reducedfield, B, is also zero. ... 3.10 Relaxation 3–15. xy y. z. B1. x. z. B1. (a) (b).

13 Nov 2004: Similarly if i B′ B. Claim 2. Each WB is an eigenvector of T with eigenvalue 1 2|B|n. ... Notation. If B, B′ L, define δt(B, B′) to be BtB′(BB′) and δu(B, B′)to be B B′ (B u B′).