Design success

The designer matches the end use requirements with the properties of the selected material using a practical or engineering technique (Fig. 1-4). Target is to achieve the basic three general requirements of design success ... 

As always, the designer must be concerned with the utility of the product because this is justification for designing it in the first place. The most important part of the design is that it satisfy the need for which it is made. The technical qualities must be such that they result in good acceptance. A technical success that leaves the user unsatisfied is not a product design success. 

Lithium-ion (shuttle-cock, rocking-chair, swing) battery is widely considered as the most advanced power source for consumer electronics and is regarded as the most promising battery technology for a variety of other applications, such as electric vehicles, medicine and space exploration. One of the most critical factors in designing successful Li-ion cell is the choice of... 

The number of commercially available crosslinkers for sulfhydryl and photoreactive conjugations provides enough variety to design successful experiments in photolabeling, such as studying active centers and macromolecular interactions. 

The literature published up to 1940 shows that the basic problems of designing successful liquid propellant engines were correctly stated,... 

In the older literature, considerable use is made of the Greek letters a, ft, y, and so on, to designate successive positions along a hydrocarbon chain. The carbon directly attached to the principal functional group is denoted as a, the second carbon is /3, and so on down the chain ... 

One of the goals of this and the following chapter is to show how a knowledge of a few of the most important rate constants of radical reactions and some substituent effect trends can be used to design successful experimental conditions for applications of known radical-based synthetic methods. The design of new synthetic methods is only a small stej> beyond this. 

Note The integers 1, 2, 3,4, are used as sub or superscripts in the U and D system, and designate successive comers, up and down, respectively, in the cubic module... 

Vinyl radicals are one of the most reactive species among hydrocarbon radicals, and this example demonstrates a high chemical activity of PC in the processes of this type. This method was used to obtain substituted hydrocarbon radicals with different structures =Si-0-CH, sSi-CH2- CH(CH3), sSi-CH2- C(CH3)2, =Si-0-c- C6H6 [116], fluorine-substituted radicals, =Si-0-CH2- CF2, =Si-CF2- CF2, and =Si-0-CF2- CF(CF3) [117], and other organic radicals [9]. The 02, CO, C02, N20 (see Table 7.3), and S02 [118] molecules can act as modifiers of P. Of course, more complex structures can be designed, successively involving various molecules in the chemical modification of the surface site structure, for example,... 

New Materials and Processing - Design Success, Design News, Apr. 23, 2000. 

Inhibition of NEP also prevents the degradation of atrial natriuretic factor (ANF), a natural hypotensive peptide. Dual inhibitors of NEP and ACE have been designed successfully because both enzymes share significant structural homology, particularly in their active sites. Simultaneous inhibition of both peptidases produces a more powerful hypoten-... 

The development and delivery environments must be considered as integral components of the system design. Some problems fit neatly into commercial shells, while others do not. Development environments offer a variety of mechanisms for knowledge representation, control structure, and conflict resolution. These must be evaluated with care to avoid problems later during the Development Stage. Design success factors are listed below. 

Many interacting factors influence the occurrence of resistance-induced field control failures. Our ability to design successful long-term preventative and corrective management programs will depend on how well we can identify and understand these factors. Research on the mechanisms of resistance and their heritability, and the interactions between factors must be undertaken if we are to increase our confidence in proposed management strategies. 

An optimal optical design successfully focuses all of the available source photons onto the detector. Frequently, the limiting factor in these designs for black-body sources, is that the light emits in a 4k steradian angle, and is therefore difficult to completely... 

Rouse, W. B. (1991), Design for Success A Human-Centered Approach to Designing Successful Products and Systems, John Wiley Sons, New York. 

To design successful RP products meeting factors such as quality requirements, consistency, designated life, and profitability what is needed is understanding and applying the behavior of plastics such as the important factors of service load, temperature, and time at temperature load in optimizing the design. 

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