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Electrical Engineering, London, England, 1973, p 18 136 A C Albertsson, Z G Banhidi, and L L Beyer-Ericcsson, J Appl Polym Sci 22, 3434 (1979) 137 A C Albertsson and Z G Banhidi, J Appl Polym Ser 25, 1655 (1980) 138 A C Albertsson and S Karlsson, J Appl Polym Sci 35, 1289 (1988) 139 I H Cornell, A M Kaplan, and M R Rogers, J Appl Polym Sci 29, 2591 (1984) 140 L Kravetz, in J E Glass and G Swift, eds, Agricultural and Synthetic Polymers Biodegradability and Utilization, Vol 433, ACS Symposium Series, American Chemical Society, Washington DC, 1989, p 96 141 S Matsumara and T Tanaka, J Environ Polym Deg 2, 89 (1994) 142 R Engler and S H Carr, J Polym Sci, Polym Phys Ed 11, 313 (1973) 143 S A Bradley, S H Engler, and S H Carr, in M A.

This equation gives the evolution of the separation r between the two particles. We now make a crucial step in this derivation, which is to realize that this argument applies to any two particles, because the Universe is homogeneous. This allows us to change to a different coordinate system, known as comoving coordinates. These are coordinates which are carried along with the expansion. Because the expansion is uniform, the relationship between real distance r and the comoving distance, which we can call X, can be written

27.6 COST ANALYSIS The prototype LTVS for a clinical environment was designed and developed within the Image Processing and Informatics laboratory (IPI), USC for the radiology department outpatient imaging center, with an area of 13,000 square feet located at the

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Golub and J A Parker, eds, Polymeric Materials for Unusual Service Conditions, Wiley, New York, 1973, p 269 144 R Benner, A F Macubbin, and R E Hodson, Appl Envir Microbiol 47, 999 (1994) 145 J Gu, D Eberiel, S P McCarthy, and R A Gross, J Environ Polym Deg 1, 281 (1993) 146 R A Gross, J Gu, D Eberiel, and S McCarthy, J Macromol Sci, Pure Appl Chem A 32, 613 (1995) 147 A M Buchanan, D Dorschet, R M Gardner, R J Komareck and A W White, J Macromol Sci Pure Appl Chem A 32, 683 (1995) 148 A M Buchanan, R M Gardner, and R J Komarek, J Appl Polym Sci 47, 1709 (1993) 149 S Mauuniam, K Amay, and S Yoshikawa, J Environ Polym Deg 1, 23 (1993) 150 A Tsuchii, T Suzuki, and Y Takahara, Agri Biol Chem 42, 1217 (1978) 151.

Table 12-1 CPU Workloads (in CFP2000-Seconds) Due to Various Computation Sets on Different Systems 2 NUMBER OF CPUS IN SERVER 3 % CPU UTILIZATION 4 CPU CAPACITY (CFP2000) 7 NUMBER OF COMPUTATIONS IN SET 6 TOTAL CPU WORKLOAD (CFP2000SECONDS) 5 CPU DURATION USAGE (SECONDS) 8 CPU WORKLOAD PER COMPUTATION (CFP2000SECONDS) 18 3.24 25 1,200 2,500 32

The function color_pair(number) returns the color pair corresponding to the given pair number; the opposite function, pair_number(pair), returns the pair number of a color pair.

1.00E 07 500

A Tsuchii, T Suzuki, and Y Takahara, Agri Biol Chem 41, 2417 (1977) 152 A Tsuchii, T Suzuki, and Y Takahara, Agri Biol Chem 43, 2441 (1979) 153 R T Darby and A M Kaplan, Appl Microbiol 6, 900 (1968) 154 A Bastioli, V Bellotti, M L Camia, L Del Giudice, and A Rallis, in Y Doi and K Fukuda, eds, Biodegradable Plastics and Polymers, Elsevier Science, New York, 1994, p 200 13..

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