Paper generalizations

Frank Whitmore in the United States in the 1930s in a series of papers, generalized these concepts to include many other organic reactions. Carbocations, however, were generally considered to be unstable... 

Structure papers generally contain a lot of information that will be unfamiliar to the majority of non-crystallographers. This section is offered as a very brief primer on what some of the more important terms mean and their importance. 

Refer to Section III for checklists and guidelines for revising a paper. Because research papers generally count as a major portion of a course s grade, you may choose to revise your research paper more than once. 

Abstract In the first part of the paper general present state of Russian gas reserves... 

In certain situations it is appropriate to review the available literature under relevant headings, e.g. historical developments, mathematical models, experimental data, review papers, general textbooks, etc. This would usually be done when a large amount of information is available. 

Paperboard One of the two broad subdivisions of paper (general term), the other being paper (specific term). The distinction between paperboard and paper is not sharp but broadly speaking, paperboard is heavier in basis weight, thicker, and more rigid than paper. In general, all sheets thicker than. 012 in. are classified as paperboard. 

The kind of feedback we need from reviewers is specific comments about the technical merit, style, and originality of the paper. General platitudes are of limited use. It is very useful for the reviewer to indicate whether the paper can be altered and published or whether it would be better to reject it and have the authors critically examine what it is they are trying to... 

The paper generally recognized as the first report of an atom transfer radical addition reaction involving carbon-carbon bond formation and yielding a monomeric product was that of Kharasch et al., in which CCI4 was shown to add to... 

In this paper general principles of operation will be briefly outlined for PEC cells, and most important systems surveyed. (For detailed presentation of the semiconductor photoelectrochemistry, see, e.g., [2], and for description of PEC cells at greater length, see [3].) In the last Section, some works on the semiconductor dispersions for purifying wastewaters from pollutants will be reviewed. 

In the present paper, generalized Sturmians are introduced in Section 2. Their potential-weighted orthonormality relations (Section 3) permit us to write down a peculiar secular equation (Section 4). Examples of its solution for atomic problems are given in Section 5. In these calculations, generalized... 

In the first part of this paper general thermodynamic relations are presented for the calculation of thermodynamic properties from functions representing P-F-T and specific heat, velocity of sound, or Joule-Thomson data. In the latter part of the paper the equations for thermodynamic properties are developed in terms of zero-pressure (i.e., ideal gas) specific heats and are applied to a particular equation of state. 

When the same analysis is carried out using a sample of paper that was written upon with ballpoint pen, three sets of peaks are produced. Because the ink was applied as a fluid, there may be traces of the liquid or semiliquid vehicle remaining in the sample. In addition, there are the peaks resulting from actual pyrolysis of nonvolatile ink constituents and from the paper itself. Since less ink is applied than in the case for photocopy toner, the peaks from the paper generally make np a larger part of the chromatogram for ink analysis than for toner analysis. 

In this paper, general principles of physical kinetics are used for the descnption of creep, relaxation of stress and Young s modulus, and fracture of a special group of polymers The rates of change of the mechanical properties as a function of temperature and time, for stressed or strained highly oriented polymers, is described by Arrhenius type equations The kinetics of the above-mentioned processes is found to be determined hy the probability of formation of excited chemical bonds in macromolecules. The statistics of certain modes of the fundamental vibrations of macromolecules influence the kinetics of their formation decisively If the quantum statistics of fundamental vibrations is taken into account, an Arrhenius type equation adequately describes the changes in the kinetics of deformation and fracture over a wide temperature range. Relaxation transitions m the polymers studied are explained by the substitution of classical statistics by quantum statistics of the fundamental vibrations. 

Garnet paper (ca. 1902) n. The paper generally favored for hand sanding on wood. The abrasive is the same mineral as the semiprecious garnet gem, ahnandite. 

One may be brought to ask the question, which of the two K , values represents more closely the physics of the system. In fact, this is the question which we have asked ourselves in some of our earlier papers, generally opting for since the enzymatic reaction takes place in the water microphase. The question is important, because K, is a measure of the affinity of the enzyme for the substrate, and accepting the K value, would imply that the enzyme in reverse micelles has a rather low affinity. 

Typical Applications Mechanical dishwash, metal cleaners, rinse aids, hard surface cleaners, defoaraer, textile, paper, general low foam applications. 

---