Compatibility tables

It has been known for more than a century that human blood can be classified into four blood-group types (A, B, AB, and 0) and that blood from a donor of one type can t be transfused into a recipient with another type unless the two types are compatible (Table 25.1). Should an incompatible mix be made, the red blood cells clump together, or agglutinate. 

Communication systems, channel models of discrete memoryless, 194,208 discrete, 192 models, 193 random process, 193 source models, 193 discrete memoryless, 194 Compatibility table for magnetic groups, 742... 

Explosive chemicals tend to be governed by separate legislation, e.g., in the UK, The Classification and Labelling of Explosives Regulations 1983. These require the HSE to classify any explosive before it may be supplied. Under the scheme, explosives are labelled according to a classification based on hazard division (Table 12.7), and on compatibility (Table 12.8), which takes into account their sensitivity, explosivity and chemical nature. Labels are diamond shaped the top half is reserved for the pictograph and division number, the bottom half shows the hazard code and the classification number. Figure 12.1 shows the label for Class 1, Division 1.1, 1.2 or 1.3 explosive. 

Most plastics react chemically with chlorine because of their hydrocarbon structural makeup. This reactivity is avoided with some plastics in which fluorine atoms nave been substituted into the hydrocarbon molecule. The Chlorine Institute recommends that hoses constructed with such an inner lining "have a structural layer braid of polyvinyli-dene fluoride (PVDF) monofilament material or a structural braid of Hastelloy C-276. An underlying lesson here is material compatibility. Material compatibility tables exist that engineers can consult, including in other sections within this volume. 

Oxidative cleavage of the carbon-silicon bond has been the subject of a recent and comprehensive review119, in which emphasis has been placed on the compatibility of the oxidation conditions with various functional groups, with the inclusion of very useful compatibility tables. 

There are a number of difficulties to be overcome for success with such combinations in vivo. Not only must the two constituents be synergistic, but they must also have similar distribution patterns, excretion rates and be compatible. Table 7.2 shows some combinations that have been found to be active against Ps. aeruginosa. 

Scott Specialty Gases Pressure regulators, material compatibility tables, etc. 

In addition to lower volatility requirements, modern engine oils formulated after 2004 are subject to elemental limitations on sulphur content for improved emission system compatibility. Table 4.12. These restrichons on sulphur content have essentially eliminated the use of Group I base oils in modern engine oil formulation and thereby have contributed to a great improvement in oxidahve stability of modern engine oils. 

While the functional group tolerance of this reaction has not yet been explored extensively, a high degree of correlation with the titanocene-catalyzed reaction, where a wide range of functional groups have proven to be compatible (Table 1), should be expected. With regards to alkyne substituents R in Eq. (16),... 

Note This table has been compiled using several published compatibility tables. V = recommended for use. 

Chapter 1 through Chapter 4 covers polymeric (plastic) materials, both thermoplastic and thermoset. An explanation is presented as to the t) e of corrosive effects of each polymer, its ability to withstand sun, weather, and ozone, along with compatibility tables. 

Table 1 Compatibility table Possible couplings of selected two-dimensional column chromatographic systems based upon dimension compatibility. Note that the coupling order is important. Entries do not imply that the method has been implemented in practice. The coupling may be online direct coupling (e.g., GC-GC) or may involve special interfaces that allow phase isolation in the coupled method (e.g., vaporization of liquid phase in discrete sampling injection in NP-LC-GC)...

The answers to these questions will narrow the selection to those coatings that are compatible. Table 5.2 provides a list of typical lining materials and their general area of application. 

Scaling of device dimensions has implications for other device parameters. Full scaling tends to maintain constant electric field strength and, hence, parameters that are no worse off, as device dimensions are reduced, but does not ensure TTL voltage compatibility. Table 8.2 compares effect on device parameters... 

During the qualification of a new material, it is also crucial to run the laminate through the production processes to check whether they are compatible. Table 12.5 summarizes all the steps that are necessary to control. 

The resin is dissolved in the test solvent either at room temperature or at elevated temperature. The solution is then cooled and the temperatures at which an initial and full cloud appears are recorded. Low cloud points indicate good solubility in that solvent type and predict good solubility of that resin in elastomers of the same chemical nature. As a rule of thumb, cloud points greater than 70 C indicate poor compatibility while cloud points less than 0°C indicate excellent compatibility. Table 2 shows cloud points for four types of resins—rosin esters (Staybelite 10 Ester and Foral 85, 105), pure monomer aromatics (Piccotex), polyterpene resin (Piccolyte), and C-5 aliphatic resins (Pic-copale, Piccotac). The low cloud points of the rosin esters in all blends predicts that rosin es-... 

The selection rules for the crystallographic point groups are given in Appendix 5. From these tables, one can check whether an ED or MD transition between two crystal-field levels is forbidden or allowed and in which polarization the transition will be observed. Since transitions in cubic point groups are not polarized, it is simply indicated whether the transition is allowed or forbidden. In Appendix 6 the full-rotational group compatibility tables are presented. From these tables it can be deduced how a free-ion J-level is broken up into crystal-field levels when the ion is placed in a crystalline environment with a distinct point group. 

Appendix 6. Full-rotational group compatibility tables... 

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