Review meaning

Timely review means days, not weeks or months - therefore immediately a new customer document is received, it should be routed to a person authorized through procedures to carry out a review. It would be advantageous to set up an interface with your customers so that their documents are always routed to the same position in your company. The review should establish the applicability of the document and its impact on the contract. Any changed documents should be treated as an amendment to the contract and processed accordingly. 

The title of this review means literally the rate-constant of the process by which the molecule of an alkene becomes attached to a carbenium ion at the end of a polymer chain with the re-formation of an identical ion. The simplest representation of this process is Equation (1) ... 

It is difficult to determine ldn of a million or above. Mw of polyacetylenes formed with group 5 and 6 transition metal catalysts is usually 2-3 times as large as the Kln. MW in the present review means either K1B or Mw. 

Gismervik etal. (1996) review Sommer (1991) Tett and Droop (1988) review (mean and s.d.)... 

The parameters described in the previous sections are collected for convenience in Table 1, which also summarizes the abbreviations used throughout this review for the various methods of structure determination. In most of the tabulations in this review, mean values are presented in the form, e.g., d cr, n). Thus the value 1.474 (1, 88) indicates a mean bond length of 1.474 A and a standard deviation of 0.001 A obtained from a distribution of 88 observations. In some cases, the value of n is constant for all entries in a given line of a table and here, to conserve space, mean values are given only in the form, e.g., d o), with the value of in a separate column. 

In Chapter 3, XYZ Chemical conducted a corporate-level identification and prioritization of all worldwide hazardous material transportation activities. Based on this hazard-based prioritization activity, the chemicals listed in Table 4.3 were identified as potentially higher risk and escalated for further facilily/operational-level reviews. Facility review means the inbound and outbound hazardous material transportation activities for each XYZ Chemical plant moving these chemicals. 

A scholarly journal will contain articles of interest written by and for experts and researchers in a specific field or discipline. An article in a scholarly journal reports in-depth research, and includes a detailed literature review of the topic in qnestion, to that point in time. Each article is peer-reviewed, meaning it has been examined by one or more subject experts in the field before it is accepted for publication. The peer-review process is anonymous the editor of the journal, before accepting the article, submits it to one or more scholars, who vet the manuscript, checking it for accuracy, validity, etc. The scholars examining the paper are not provided with the author s identity nor is the author made aware of the names of the reviewers. 

Compliance review means an on-site examination of motor carrier operations, such as drivers hours of service, maintenance and inspection, driver qualification, commercial drivers license requirements, financial responsibility, accidents, hazardous materials, and other safety and transportation records to determine whether a motor carrier meets the safety fitness standard. A compliance review may be conducted in response to a request to change a safety rating, to investigate potential violations of safety regulations by motor carriers, or to investigate complaints, or other evidence of safety violations. The compliance review may result in the initiation of an enforcement action. 

Roadability review means an onsite examination of the intermodal equipment provider s compliance with the applicable FMCSRs. 

Compliance Review means a compliance review as defined in 385.3 of this part. 

It is worth noting that typically personnel and logistics represent 30% to 50% of operating costs while maintenance costs represent 20% to 40% of operating costs. These are particular areas in which cost control and reduction should be focused. This may mean reviewing the operations and maintenance philosophies discussed in Section 11.0, to check whether they are being applied, and whether they need to be updated. 

The results of corrosion surveys are received by the Surveyor in an agreed format using Forms TMl - TM8, preferably with the LR software freely issued to the approved firms. The report will highlight any areas where corrosion has gone beyond the permitted maximum diminution, which may be as low as 15% of the nominal thickness for a single item, and will also identify areas of "substantial corrosion T.e., any in excess of 75% of the permitted maximum. Corrosion in excess of that permitted means that the item has to be replaced. Any areas of corrosion deemed to be "substantial" are recorded for annual inspection. The Surveyor will review the completed report for verification and confirmation of the completeness of the thickness survey. 

In recent years, advances in experimental capabilities have fueled a great deal of activity in the study of the electrified solid-liquid interface. This has been the subject of a recent workshop and review article [145] discussing structural characterization, interfacial dynamics and electrode materials. The field of surface chemistry has also received significant attention due to many surface-sensitive means to interrogate the molecular processes occurring at the electrode surface. Reviews by Hubbard [146, 147] and others [148] detail the progress. In this and the following section, we present only a brief summary of selected aspects of this field. 

The behavior of insoluble monolayers at the hydrocarbon-water interface has been studied to some extent. In general, a values for straight-chain acids and alcohols are greater at a given film pressure than if spread at the water-air interface. This is perhaps to be expected since the nonpolar phase should tend to reduce the cohesion between the hydrocarbon tails. See Ref. 91 for early reviews. Takenaka [92] has reported polarized resonance Raman spectra for an azo dye monolayer at the CCl4-water interface some conclusions as to orientation were possible. A mean-held theory based on Lennard-Jones potentials has been used to model an amphiphile at an oil-water interface one conclusion was that the depth of the interfacial region can be relatively large [93]. 

As a prelude to discussing mean-field theory, we review the solution for non-interacting magnets by setting J = 0 in the Ising Flamiltonian. The PF... 

Miich effort in recent years has been aimed at modelling nucleation at surfaces and several excellent reviews exist [20, 21 and 22]. Mean-field nucleation theory is one of these models and has a simple picture at its core. 

Of the methods described in this section, scaiming near-field optical microscopy (SNOM or NSOM) is tlie closest to being able to provide useful infonuation that is unobtainable by other means. Indeed, this teclmique has already been made available as a conunercial instmment. A detailed review of SNOM has been written by Pohl 11931. 

By virtue of their simple stnicture, some properties of continuum models can be solved analytically in a mean field approxunation. The phase behaviour interfacial properties and the wetting properties have been explored. The effect of fluctuations is hrvestigated in Monte Carlo simulations as well as non-equilibrium phenomena (e.g., phase separation kinetics). Extensions of this one-order-parameter model are described in the review by Gompper and Schick [76]. A very interesting feature of tiiese models is that effective quantities of the interface—like the interfacial tension and the bending moduli—can be expressed as a fiinctional of the order parameter profiles across an interface [78]. These quantities can then be used as input for an even more coarse-grained description. 

The present paper is organized as follows In a first step, the derivation of QCMD and related models is reviewed in the framework of the semiclassical approach, 2. This approach, however, does not reveal the close connection between the QCMD and BO models. For establishing this connection, the BO model is shown to be the adiabatic limit of both, QD and QCMD, 3. Since the BO model is well-known to fail at energy level crossings, we have to discuss the influence of such crossings on QCMD-like models, too. This is done by the means of a relatively simple test system for a specific type of such a crossing where non-adiabatic excitations take place, 4. Here, all models so far discussed fail. Finally, we suggest a modification of the QCMD system to overcome this failure. 

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