Design categories

In addition to the location of the capture systems, booths could be assigned to different design categories ... 

Table 1-1 Example of a design program approach Design Category Subcategories Detailed Requirements...

Design category, in patents, 18 166 Design codes, for tanks, 24 303 Design deficiencies, as a cause of tank spills and leaks, 24 309... 

Controls question performed in accordance with the design logic, programming, or other instructions. (This deals with the actual control operation or execution. It would not include control logic that is in the design category.)... 

The Therapeutic Device Programe was established in 1984. In 1987, the Customs (Prohibited Imports) Regulations were amended to require the Department of Health s approval before devices in five designated categories could be imported, and the Therapeutic Device Evaluation Committee (TDEC) was established. 

Rothman, N., W.F. Stewart, and P.A. Schulte. 1995. Incorporating biomarkers into cancer epidemiology A matrix of biomarker and study design categories. Cancer Epidemiol. Biomarkers Prev. 4(4) 301 -311. 

The basic design categories of vortex flowmeters include (1) vortex shedding,... 

Although not one of the EPA s designated categories, certain high molecular weight polymers that are not soluble in water are also likely to result in 5(e) orders. ... 

For the Disassembly Embedded Design category, product-specific separation features are embedded in the product structure during manufacturing, which require individual physical contact of a disassembly tool with the fastener (one-to-one) to initiate the disassembly process (Fig. 3). 

Boilers come in a variety of sizes, configurations, and designs. The two common boiler design categories which... 

Step 5 Determine Seismic Design Category (SDC) from Sds and Sdi and use most severe ... 

Failure category Failure can be classified into three categories such as primary, secondary, and command. Primary faults are those which occur within the design category of the component, for example, when an electronic component is designed to operate up to a temperature T°C and if it fails at a temperature t°C < T°C, then it is a primary failure. But if it is operated at Ti°C... 

The catalytic (supported or unsupported) interface in the vast majority of direct liquid fuel cell studies is realized in practice either as a catalyst coated membrane (CCM) or catalyst coated diffusion layer (CCDL). Both configurations in essence are part of the electrode design category, which is referred to as a gas diffusion electrode, characterized by a macroporous gas diffusion and distribution zone (thickness 100-300 pm) and a mainly mesoporous, thin reaction layer (thickness 5-50 pm). The various layers are typically hot pressed, forming the gas diffusion electrode-membrane assembly. Extensive experimental and mathematical modeling research has been performed on the gas diffusion electrode-membrane assembly, especially with respect to the H2-O2 fuel cell. It has been established fliat the catalyst utilization efficiency (defined as the electrochemically available surface area vs. total catalyst surface area measured by BET) in a typieal gas diffusion electrode is only between 10-50%, hence, flie fuel utilization eflfieieney can be low in such electrodes. Furthermore, the low fuel utilization efficiency contributes to an increased crossover rate through the membrane, which deteriorates the cathode performance. 

Typical HDI design rules are given in Fig. 22.5. This figure bridges the two design categories from the specification IPC-2226, Design Standards for HDI and Microvias. This is a Type III HDI structure. 

The different types of ambient-temperature lithium metal rechargeable batteries have been classified into four design categories. These are identified in Table 34.10, which lists representative chemical systems and the key advantages and disadvantages of each class. The components and chemical reactions and the performance characteristics of typical examples... 

Where ductihty cannot be achieved and the anchor is sized for factored tension design loads the reinforcement should be designed according to the equation below, thus satisfying IBC and ASCE/SEl 7 requirements for Seismic Design Categories C, D, and E. 

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