The detailed objectives

Attributes are formulated for each objective in order to clarify the degree to which the detailed objectives have been fulfilled. As an example, the following attributes were defined for the objective natural river morphology and hydraulics, [12] coefficient of variation of water depth, and coefficient of variation of flow velocity. 

This volume is concerned with providing a modern and comprehensive account of theories and experiments relating to electron-tunneling reactions in chemistry. The authors view of the detailed objectives and scope of the book are summarised in Chapter 1. 

Develop the detailed objectives of the metrics training system and define what outcomes are expected from the training and how these outcomes will impact the implementation of the metrics system. There will be broad principles that need to apply across the organization and specific task-related knowledge that must be transferred to the practitioners for the metrics system. As the training is defined, estimates for resource needs and time to complete the training can be made. It will... 

A common objective of a data gathering programme is the acquisition of fluid samples. The detailed composition of oil, gas and water is to some degree reguired by almost every discipline involved in field development and production. 

There is a two-step process to predict the detectable detail - object diameter diagram. The optimal data collection parameter settings to maximise SNRAproj for the defect to the surrounding material - Optimal... 

By interpretation of the images obtained, one can check whether the digital radiograms can be compared to eonventional ones. To determine the detail perceptibility of this imaging system, an object with preliminary known geometry and with different levels of object contrast can be used. Exposures of such an object, under controlled conditions, enable the viewer to decide... 

Figure 2 represents the main view of the model, including all the objects and relationships, the detailed definition of which is given in the standard draft ( 8.2.1 - cf table I). fhe object groups of figure 1 have also been represented on figure 2, for an easier comprehension. This main view is common to all the NDT methods. 

Our primary objective in this section is the discussion of practical osmometry, particularly with the goal of determining the molecular weight of a polymeric solute. We shall be concerned, therefore, with the design and operation of osmometers, with the question of units, and with circumventing the problem of nonideality. The key to these points is contained in the last section, but the details deserve additional comment. 

Given the first type of simulation, it is advantageous to be able to design a system of RO modules that can achieve the process objective at a minimal cost. A model has been iategrated iato a process simulation program to predict the stream matrix for a reverse osmosis process (132). In the area of waste minimization, the proper placement of RO modules is essential for achieving minimum waste at a minimum cost. Excellent details on how to create an optimal network of RO modules is available (96). 

The principal objective of technical service in the chemical industry is to provide timely and professional information and support to downstream customers regarding chemical products and thek uses. It is neither cost-effective nor necessary for a consumer of chemical products to develop a staff of speciahsts having detailed expertise in all aspects of chemical raw materials and thek uses, particularly in a time of increa singly complex and rapidly technologically driven economies. Rather, this variety of expertise is provided in the chemical marketplace by technical service professionals whose knowledge and skills are made available by chemical products suppHers. As such, successful chemical companies provide technical service as a critical element of thek offerings to the marketplace making use of this aspect of the value chain to enhance thek competitiveness. 

The original objective of the ISO classification was to issue detailed standards for cemented carbides in terms of microstmcture, composition, and properties for quaUty control and performance rehabiUty. This objective, however, is yet to be realized. Increased emphasis on worldwide implementation of ISO 9000 standards and globalization of manufacturing, may lead the industry-at-large to adopt the ISO classification. 

The objectives of the study should be precisely stated and the work presented in a clear and coherent matter, with all the detail necessary to allow the reviewer to make his or her own assessment of the study. It should be confirmed that the overall design of the protocol satisfies the needs of the objectives of the study. 

Impact and Erosion. Impact involves the rapid appHcation of a substantial load to a relatively small area. Most of the kinetic energy from the impacting object is transformed into strain energy for crack propagation. Impact can produce immediate failure if there is complete penetration of the impacted body or if the impact induces a macrostress in the piece, causing it to deflect and then crack catastrophically. Failure can also occur if erosion reduces the cross section and load-bearing capacity of the component, causes a loss of dimensional tolerance, or causes the loss of a protective coating. Detailed information on impact and erosion is available (49). 

---