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Three synthesis

CHAPTER THREE Synthesis of mass-exchange networks... [Pg.46]

Find three synthesis articles in The Journal of Organic Chemistry. Compare the Methods sections in these articles with excerpts 3K and 3L. Which of your three articles, if any, include the same types of information that you reported in parts a, b, and c of exercise 3.14 ... [Pg.83]

There are basically three synthesis methods to obtain higher borides. [Pg.108]

Two Uhde design concepts are available and are compared in Table 6.3 and Figure 6.12211. They can provide 1) a single converter that contains three ammonia synthesis beds (see Figure 6.13) or 2) a two converter system that also contains three synthesis beds (Figure 6.14). [Pg.184]

Figure 6.13. Single Ammonia Converter with Three Synthesis Beds. (ReproAicedby permission of Uhde GmbH and copyright by Uhde)... [Pg.185]

Three synthesis routes are known for the preparation of phenoxybutyric acid derivatives (Melnikov, 1971). [Pg.514]

Three synthesis routes can be used for the preparation of the aromatic intermediate of PH 40-51, of 4-cyclopropyl aniline ... [Pg.659]

Recently stereocomplexes of PLA appeared on the market and lead to promising applications in durable devices (see below PLA applications). The stereocomplexes are defined as the association of polymers with different tacticity or conformation. Three synthesis routes are used to produce a PLA stereocomplex, either in solution or in melt state during pol)nnerization or hydrolysis. The complexe formation is possible with (i) two monomers (L-lactide and D-lactide), (ii) polymer and monomer or (iii) two polymers (PLLA and PDLA). This synthesis is often performed with stannous tin and 1-dodecanol (lauryl alcohol) as initiator or co-initiator of the reaction [36-38]. According to Tsuji et al. [38], some other parameters affect the formation of stereocomplexes ... [Pg.190]

Depending on the application type, the main composites result from three synthesis methods, i.e. mixing of the two constituents, and chemical and electrochemical polymerization, and are summarized in Table 5.1. [Pg.227]

The proportionality coefficient, c, in the Eq. (27) has a clear physical significance it defines the greatest density of chemical branching centers per one macromolecule. Parameter (d - 1)/Dj is defined by this density decrease with macromolecular coil structnral features. For PHE the value c 1.41. The values g, (d -l)/Dj,and c [(d -l)/Dj.] for PHE at three synthesis temperatures T are fisted in Table 4, from which a good correspondence of the first and the third parameters from the indicated ones follows. [Pg.226]

In the LiNiOj type materials, the chemical formula of the prepared sample would be basically described as Li, Ni, Oj (x > 0). A strict preparatiou conditiou is required because a part of the nickel ions may occupy the lithium-ion layer. Therefore, the following three synthesis methods, by which the raw materials can be mixed in the atomic level, are usually applied (the solid-state method is basically not suitable to prepare pure material) ... [Pg.42]


See other pages where Three synthesis is mentioned: [Pg.175]    [Pg.399]    [Pg.208]    [Pg.239]    [Pg.1447]    [Pg.175]    [Pg.168]    [Pg.230]    [Pg.59]    [Pg.221]    [Pg.175]   
See also in sourсe #XX -- [ Pg.566 ]




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