Classification Bodies

Classification Body mass index (kgjm ) Risk of co-morbidities... 

More recently, sheetmetals made of thermomechanically rolled fine-grained structural steel with a minimum yield strength of 355 N/mm, and up to thicknesses of 70 mm, have been approved for welded shipbuilding constructions by the classification bodies for grades A, D and E. Due to its chemical composition, this steel has a low carbon equivalent and therefore very good weldability. The chemical composition and main mechanical properties of this steel are shown in Table 16... 

The header delivers any relevant additional information helpful to define the nature of the task and its peculiarities. The body contains the variables, which are usually floats. Next, there are the integers defining the class to which the patterns belong (indispensable for classification tasks) and pattern names. 

Processing costs include those for size reduction, size classification, minerals concentration and separations, soHd—Hquid separation (dewatering), materials handling and transportation, and tailings disposal. Size reduction, one of the most expensive unit operations in minerals processing, could account for as much as 50% of the total energy consumed. This cost varies considerably from deposit to deposit and quite often from one area of a deposit to another. Ore bodies are extremely heterogeneous and the associated minerals Hberation, complex. 

Cutter Type and Body Material. The first character of the fixed cutter classification code describes the primary cutter type and body material (Figure 4-156). 

Figure 4-163 shows a steel body PDC bit with standard-size cutters lightly set on a deep inner cone profile. This bit has changeable nozzles and is best described as having a ribbed flow pattern although there are open face characteristics near the center and bladed characteristics near the gage. The lADC classification code in this case is S 7 4 4. 

The old classification of bodies into solids, liquids, and gases, based on differences in viscosity and elasticity, is not altogether satisfactory. We shall therefore adopt a method in which bodies are divided into two classes according to the nature of their... 

The remaining chapters discuss specific drug classifications and contain a common format. In addition to the learning objectives and key terms, the remaining chapters contain a table indicating the drag classifications and drugs discussed in the chapter. The body of each chapter contains the actions, uses, adverse reactions, contraindications, precautions and interactions of... 

To prevent interchange of fittings between cylinders of combustible and non-combustible gases, the valve outlets are screwed left-hand and right-hand thread, respectively (Table 9.2). Primary identification is by means of labelling with the name and chemical formula on the shoulder of the cylinder. Secondary identification is by use of ground colours on the cylinder body. Unless specified in Table 9.2, gas and gas mixtures shall be identified by a colour classification indicating gas properties in accordance with the risk diamond on the cylinder label e.g. 

A similar classification scheme is used to gauge the severity of active CD.2 Patients with mild to moderate CD are typically ambulatory and have no evidence of dehydration, systemic toxicity, loss of body weight, or abdominal tenderness, mass, or obstruction. Moderate to severe disease is considered in patients who fail to respond to treatment for mild to moderate disease, or those with fever, weight loss, abdominal pain or tenderness, vomiting, intestinal obstruction, or significant anemia. Severe to fulminant CD is classified as the presence of persistent symptoms or evidence of systemic toxicity despite outpatient corticosteroid treatment, or presence of cachexia, rebound tenderness, intestinal obstruction, or abscess. 

The rate of action of a chemical agent is the rate at which the body reacts to or is affected by that agent. The rate varies widely, even to those of similar tactical or physiological classification. For example, blister agent HD causes no immediate sensation on the skin. Skin effects usually occur several hours later (some cases result in delays of 10-12 days before symptoms appear). In contrast, lewisite produces an immediate burning sensation on the skin upon contact and blistering in about 13 h. Decontamination immediately (within 4-5 min) will prevent serious blister agent effects. 

Liposomes represent an important class of carrier vehicles other than polymers for drug delivery. This paper provides an introduction and general review of liposomes with emphasis on their classifications, their constituent materials, their preparation and characterizaton, and their stability and biodistribution in the body. Liposomes with specific characteristics are also described in this general introduction. 

If the classification and labeling of the product according to Tier II indicate that body protection is necessary, the following specific instructions, points 2 and 3, should be included on the label, unless the risk assessment according to Tiers III through V indicates otherwise. Point 2 ... 

Multiple classifications can be thought of when attempting to put an order to the vast family of radicals formed by the chalcogen radicals. They can be divided into naturally occurring and synthetic ones, homo-nuclear and hetero-nuclear systems, etc. In this chapter, we will focus on the five-membered rings of group 15/16 elements since a substantial body of work in recent years has been devoted to them. However, some other radicals have been isolated and their chemistry and properties reviewed recently.2,3... 

Highly variable depending on the specific toxin, route of exposure, and dose. Even symptoms presented by toxins with the same general classification (i.e., neurotoxin or cytotoxin) may vary depending on the specific mechanism of action within the body. 

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