Encapsulation formula

Tobiason furnishes us with two examples of EP formulations for electronic encapsulation and primer coating applications as shown in Tables II and 12, respectively [213]. The coating formula was obtained from a Union Carbide Technical Bulletin. 

Complexes containing encapsulated metal ions (clathrochelates ) with the formula [M(dioxime)3(BR)2] are known with iron(II) 135, cobalt(ll) 136, cobalt(III) 137, and ruthenium(ll) 138 (Fig. 37) [205-220]. Generally, these macrobicyclic complexes are prepared by template synthesis from a mixture of... 

A typical emulsion formula for encapsulation on pure gum may be expressed as follows ... 

It is a mistake not to recognize the subjectivity that is present, or to design and interpret studies in formulaic ways. We could more appropriately view experimental designs as devices that encapsulate both objective plans along with unavoidable subjectivity (p.131). 

Fullerenes can encapsulate various atoms within the cages, and these compounds have been referred to as endohedral fullerenes. For example, the symbolic representations La C6o and La2 Cso indicate that the fullerene cage encapsulates one and two lanthanum atom(s), respectively. The IUPAC description refers to these fullerenes species as incar-fullerenes, and the formulas are written as t LaCeo and tl Cso, (i is derived from incarcerane). Some metal endohedral fullerenes are listed in Table 14.2.1. The endohedral fullerenes are expected to have interesting and potentially very useful bulk properties as well as a fascinating chemistry. Some non-metallic elements, such as N, P, and noble gases, can be incarcerated into fullerenes to form N 0,0, P C6o, N C o, Sc3N C80, Ar Oo, etc. 

Another arena in which topologically restrained molecules are of importance involves endothelial compounds for example, a small molecule or ion inside a fisular cage, such as a fullerene. The first of these to be discovered occurred when Diedrich et al. [5] doped C60 with potassium to encapsulate 3 potassium atoms inside the cage. The systemic name for this compound would now be formed by augmenting the name for fullerene that had been developed earlier in Formulas (42) or (43) of Chapter 3 with a semicolon, followed by a zero numbered locant branch e.g., °(K,K,K) — assuming that the three potassium atoms are independent of one another i.e.,... 

At the newest plants where the automatically weighed formula is added to a sealed mixing chamber, the sealed chamber is moved to the mixer where it is attached for simultaneous rotation and tumbling until formula uniformity is achieved. The chamber is then moved to the next operation—encapsulation. 

However, there exists another class of even smaller cages that can afford exclusive fluoride encapsulation, whose formulae are shown in Fig. 42. These... 

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