Property extensive

The last part of the file presented here is a properties block, which can contain miscellaneous properties extensively described in Refs. [50, 51]. In most cases, however, this block is empty, except for a terminating line (line 18 in Figure 2-25). 

Cuprammonium hydroxide Cu(NH3)41(OH)2 Cuoxam Good solvating properties, extensive oxidative degradation1), rather unstable, clear, coloured (blue)... 

Tri-ethylene diamine Cobalt hydroxide [Co(en)3](OH)2 Cooxen Good solvating properties, extensive oxidative degradation, coloured (claret)... 

Note the very unique shape of the log modulus curves in Fig. 12.19. The lower the damping coefficient, the higher the peak in the L curve. A damping coefficient of about 0.4 gives a peak of about +2 dB, We will use this property extensively in our tuning of feedback controllers. We will adjust the controller gain to give a maximum peak of +2 dB in the log modulus curve for the closedloop servo transfer function X/X. ... 

Cotton-Mouton effect), NMR chemical shift and coupling constants, the optical rotation of polarized light and correlation coefficients between different properties. Extensions to incorporate long-range interactions have also been elaborated11 and it has even been possible to adapt RIS theory for the description of the dynamics of transitions between rotational isomeric states.12,13... 

ASTM D4482, 1999. Rubber property - Extension cycling fatigue. 

This section reviews some basic definitions and formulas in thermodynamics. These definitions will be used to develop energy balances to describe cooling tower operations. In our discussions we will use the following terms system, property, extensive and intensive properties, and... 

The state of a system is defined by its properties. Extensive properties are proportional to the size of the system. Examples include volume, mass, internal energy, Gibbs energy, enthalpy, and entropy. Intensive properties, on the other hand, are independent of the size of the system. Examples include density (mass/volume), concentration (mass/volume), specific volume (volume/mass), temperature, and pressure. 

Much of the modeling of devices requires knowledge of the mechanism of the transport of charge carriers in the conducting organics. Because of the importance of transport properties, extensive work has been done on this topic. Transport properties are also discussed in detail in Chapter 3. 

In the effort to use atomic properties extensively to derive qualitatively and semi-quantitatively the properties of complex molecules constructed from the atoms it is useful to differentiate three types of such atomic properties. 

However, cyclic acetylenes had been regarded as a special group of compounds accessible only with difficulty until recent developments of acetylene chemistry, when a wide variety of cyclic compounds were prepared and their properties extensively studied. 

Many studies used radiation chemistry to produce the radical and radical cations and anions of various dienes in order to measure their properties. Extensive work was devoted to the radical cation of norbomadiene in order to solve the question whether it is identical with the cation radical of quadricyclane . Desrosiers and Trifunac produced radical cations of 1,4-cyclohexadiene by pulse radiolysis in several solvents and measured by time-resolved fluorescence-detected magnetic resonance the ESR spectra of the cation radical. The cation radical of 1,4-cyclohexadiene was produced by charge transfer from saturated hydrocarbon cations formed by radiolysis of the solvent. In a similar system, the radical cations of 1,3- and 1,4-cyclohexadiene were studied in a zeolite matrix and their isomerization reactions were studied. Dienyl radicals similar to many other kinds of radicals were formed by radiolysis inside an admantane matrix. Korth and coworkers used this method to create cyclooctatrienyl radicals by radiolysis of bicyclo[5.1.0]octa-2,5-diene in admantane-Di6 matrix, or of bromocyclooctatriene in the same matrix. Williams and coworkers irradiated 1,5-hexadiene in CFCI3 matrix to obtain the radical cation which was found to undergo cyclization to the cyclohexene radical cation through the intermediate cyclohexane-1,4-diyl radical cation. 

Roux [130] kept lead azide at 50 C for 25 months, and at 80 "C for 15 months and has not noticed any change of properties. Extensive experiments on the stability of lead azide were carried out by Solonina (in 1910) and Bubnov (in 1940) — according to [1 ]. The following are conclusions based on their work ... 

These pseudoorganometallic composites have proven to be excellent catalysts , and exhibit unusual magnetic properties. Extensions to other weakly bonding solvents, such as toluene, have led to highly dispersed Ni, Co, and Fe catalysts . 

Define or explain the following terms energy, system, closed system, nonflow system, open system, flow system, surroundings, property, extensive property, intensive property, state, heat, work, kinetic energy, potential energy, internal energy, enthalpy, initial state, final state, point (state) function, state variable, cyclical process, and path function. 

In this paper our efforts are directed towards the establishment of a heat capacity data bank which are detailed. Of necessity, the initial steps are directed towards the equilibrium properties. Extensions to include glass transitions,... 

Unfortunately, our knowledge of the structure of nearly all copper proteins including erythrocuprein is rather limited. Thus for the time being great caution is necessary in the interpretation of physical and chemical properties. Extensive studies using Cu model complexes of low molecular weight were carried out as an approach to understanding these structural and functional properties (4, 8, 53, 187, 188). 

Although extensive work has been done on several individual actinides, there is a scarcity of data for the whole series, mainly because the heavier members are usually obtained in minute quantities to study their properties extensively. 

After the collapse of the communist political-economic system in Hungary in 1990, an entirely new situation has arisen privatization of governmental enterprises, recovery of agricultural land as private property, extension of foreign enterprises and investments, etc. 

As a final disclaimer, we mention that we concentrate here on static structure and thermodynamic properties, extension to dynamic phenomena is not treated in full but only in a limited way and occasionally. Similarly, emphasis is on the... 

One of the striking features of NANOM TMC -200 ) is a domination of quantum dots, nanoclusters and carbon nanotubes at different aspects. Their unique properties extensively studied last years have led to an avalanche of theoretical and experimental papers. Properties of these nanostructures have been predicted and often tested for wide range applications extending from more or less traditional fluorescent marks and elements of nanophotonics to unique nanocontainers, thermal nanoantennas and elements for spintronics and quantum computing. Many examples can be found in this book collecting invited reviews and short notes of contributions to the Conference. 

Prepared beryllium almost simultaneously with Wohler and by the same method. Obtained an impure product, but did not study its properties extensively. 

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