Interchange special

Accdg to TM 9-1985-4 (1953) (Ref 2, p 1), the Japanese Army (Rikugun) and Navy (Kaigun) had during WWII separate Air Forces (Kugun), each of which employed its own distinct bombs and fuzes (Shinkan). For the most part the Army and Navy bombs and fuzes cannot be used interchangeably. Special adapters have been developed, however, which allowed.some flexibility of this rule... 

Working-grade thermometers, conventionally called industrial resistance thermometers, are generally smaller than the SPRT element and may be as small as 2.5 mm in diameter and 10 mm in length. These are available in various 0°C resistances, eg, 100, 200, and 500 Q. They are available as unsheathed elements or in a wide variety of sheaths and enclosures, both standard and custom. They are relatively inexpensive. They are usually made to be interchangeable, without relying on iadividual cahbration, within limits of 0.25 K or closer upon special order. A typical tolerance statement for a precision-class industrial resistance thermometer is... 

Heat Recovery Equipment. Factors that limit heat recovery appHcations are corrosion, fouling, safety, and cost of heat-exchange surface. Most heat interchange utilizes sheU and tube-type units because of the mgged constmction, ease of mechanical cleaning, and ease of fabrication in a variety of materials. However, there is a rich assortment of other heat exchangers. Examples found in chemical plants in special appHcations include the foUowing. 

When a mixture of alkenes 1 and 2 or an unsymmetrically substituted alkene 3 is treated with an appropriate transition-metal catalyst, a mixture of products (including fi/Z-isomers) from apparent interchange of alkylidene moieties is obtained by a process called alkene metathesis. With the development of new catalysts in recent years, alkene metathesis has become a useful synthetic method. Special synthetic applications are, for example, ring-closing metathesis (RCM) and ring-opening metathesis polymerization (ROM) (see below). 

This formulation is of advantage only when the constant ho (cq) is given a physical meaning (118, 119) or a supposed general linear relation between ho and /3—the so called hypercompensation effect (6)—is looked for (26, 102) or when it can be shown that ho is equal to zero (30,45, 172). Usually, or at least in kinetics, ho and Co are simply seen as intercepts without any special meaning and without a general relationship to Of course, eq. (11) can be written with interchanged variables, and in this case the intercept So can be interpreted as the so called model entropy (6). 

The MARS software is adapted and compiled specifically for a given application. The software is organized into modules which can be interchanged as needed for a particular implementation. Most modules comprise a core of management, analysis, reporting, and plotting functions which are used for every implementation. For each application, a data acquisition module is adapted to suit the appropriate instrumentation. In addition, specialized analysis programming is added if required. The acquisition module, the core modules, and the specialized analysis modules, if any, are then linked into a customized application specific version of MARS. 

Some of the most memorable scenes in a motion picture are the creation of special effects technicians. One standard tool in the entertainment industry to create ambience, simulate specific designs such as volcanoes or swamps, or accentuate optical effects is fog production. (In the theatrical sense, the terms fog and smoke are used interchangeably for mist consisting entirely of liquid droplets. In the chemical sense, fog refers to a liquid phase dispersed in a gas, while smoke contains solid particulate matter dispersed in a gas.) There are a variety of approaches to creating artificial fog or smoke. 

There are a number of interchangeable words for velocity the change in substrate or product concentration per time rate just plain v (for velocity, often written in italics to convince you it s special) activity or the calculus equivalent, the first derivative of the product or substrate concentration with respect to time, d[P]/dt or —d[S]/dt (the minus means it s going away). Regardless of confusion, velocity (by any of its names) is just how fast you re going. Rather than miles per hour, enzyme velocity is measured in molar per minute (M/min) or more usually in micromolar per minute (p-M/min). 

Idle mechanical functions of a robot can be hkened to those of the human body. The basic element is the trunk, to which is attached one or two arms which in some instruments have elbow joints. A variety of accessories can be attached to the end of the arm, such as a hand, fingers or special devices for pipetting etc. TTie range of these accessories varies between manufacturers, but they are not necessarily interchangeable between different robots. The accessories available should therefore be taken into account before choosing a robot. 

The above simple example shows that in the special case of constant fluid density the space-time is equivalent to the holding time hence, these terms can be used interchangeably. This special case includes practically all liquid phase reactions. However, for fluids of changing density, e.g., nonisothermal gas reactions or gas reactions with changing number of moles, a distinction should be made between r and t and the correct measure should be used in each situation. 

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