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Size exclusion chromatography, see Gel permeation chromatography Small-angle polarized light scattering, 172 Small-angle X-ray scattering, 171 172 Sodium crown ether, 78 alloy with potassium, 78 reductive coupling, 78 79 Soft metals as lubricants, 202 Solar energy conversion, 218 220 Solubility problems, 40 41 overcoming 41 52, 84 Solvolysis-desolvation aggregations, 83 Spectroscopic characterizations, 133 167 Stacking planar coordination polymers, 21 Step additions, 57 58, 85 Step condensation syntheses, 36 57 generalities, 36 acid removal methods, 37 table of polymerizations, 38 water removal methods, 37 metal-containing polymers, 40 52 bridging ligand coordination, 47 51, 85 chiral ruthenium coordination polymers, 166, 219 221 concurrent bridging ligand formation, 51 52 functionalized metal coordination species, 41 46 functionalized organometallic species, 46 Step-growth synthesis, 35 58. See also Step additions; Step condensation syntheses Step polymerizations, see Step condensation syntheses; Step additions Stoichiometric ratio control for step syntheses, 52 Stoichiometric ratio of reactants, 37, 39, 94 Stress relaxation, 170 Structure(s) amphibole silicates, 8 anchored metal polymers, 4, 220 arsenic sul de, 6 asbestos, 8 borate glasses, 9 boric oxide, 6 chiral ruthenium polymers, 221 cobalticinium polymers, 22 cyclopentadienyl polymers titanium, 22 zirconium, 22 encapsulated ruthenium compound, 219 ferrocene polymers, 22 brous zeolites, 9

E k (X (s)) X(s) = x, X (s) = 0 (6.18)

Feb-02

monitor, there would be no c3 event representing reentry After T1 exits from m1, T1 enters and exits m2 This is followed by thread T3 entering and exiting m2 and then entering and exiting m1 753 Race Analysis of SYN-Sequences In this section we show how to perform race analysis on SYN-sequences Section 752 showed a common event descriptor format for a variety of synchronization constructs To illustrate race analysis, we will rst consider a program CP that uses asynchronous ports We assume that the messages sent from one thread to another may be received out of order To simplify our discussion, we also assume that each thread has a single port from which it receives messages Let Q be an SR-sequence recorded during an execution of CP with input X.

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Assume that a b is a synchronization pair in Q, c is a send event in Q that is not a, and c s message is sent to the same thread that executed b We need to determine whether sending events a and c have a race (ie, whether c b can happen instead of a b during an execution of CP with input X) Furthermore, we need to identify races by analyzing Q, not CP To determine accurately all the races in an execution, the program s semantics must be analyzed Fortunately, for the purpose of reachability testing, we need only consider a special type of race, called a lead race Lead races can be identi ed by analyzing the SYN-sequence of an execution (ie, without analyzing the source code) De nition 6.

Wavenumber (cm )

ITCR = Index total currency return. This is calculated by calculating the return differential for the total index in U.S. minus local currency terms. An alternative method is to sum the product of each country s index weight by that country s currency return for the period.

1 Let Q be the SYN-sequence exercised by an execution of a concurrent program CP with input X Let a b be a synchronization pair in Q and let c be another sending event in Q There exists a lead race between c and < a, b > if c b can form a synchronization pair during some other execution.

Brain (dura) membrane Maxillofacial Eustachian tube Ear frame Transcutaneous electric Nerve stimulation Wrist joint

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