Finish, definition

Effluent Guidelines and Standards Metal Finishing - Definition of Total Toxic Organics >0.01 mg/L 40 CFR 433.11 EPA 1983a... 

Aerosol technology may be defined as involving the development, preparation, manufacture, and testing of products that depend on the power of a hquefied or compressed gas to expel the contents from a container. This definition can be extended to iaclude the physical, chemical, and toxicological properties of both the finished aerosol system and the propellants. 

The finish of flange facings varies with the manufacturer. For raised-face or male mating surfaces the finish usually consists of a continuous spiral groove formed by a round-nosed tool or a V tool (serrated finish). Female surfaces are smooth-finished (i.e., without definite tool markings). Other finishes are concentric-grooved, lapped, or mirror (cold-water). The latter two are usually for application without gaskets. 

Originally confined to the shipment of crude raw materials and fuels, the term transportation of bulk sohds now apphes also to manufactured produc ts, which often become raw materials for other industries. In recent years, increasing tonnages of highly processed, finished chemical products have moved to customers in large bulk units. A useful definition of a bulk shipment is any unit greater than 2000 kg (4000 lb) or 2 m (70 fF). The containers available range from small portable hoppers of 2-m (70-fF) capacity to railroad cars of 255-m (9000-fF) capacity. 

The editorial effort demanded by this book did not seem formidable at the onset, but we definitely underestimated the amount of work involved. We would not have been able to finish without the dedicated efforts of several people, including Peg Pankratz, Monica Striker, and Karen McNeil, who worked far beyond the call of duty in preparing not only our contributions but also submissions for a number of other authors. We are grateful to Christopher O Brien for editorial assistance and to the Portland State University Chemistry Department for support. 

The definitions set forth in the U.S. CFR for the metal finishing point source category are incorporated in this section for reference. 

In the same way as in the previous STN-based continuous-time formulation, a set of global time points N is predefined where the first time point takes place at the beginning T1 = 0 whereas the last at the end of the time horizon of interest Tn = H. However, the main difference in comparison to the previous model arises in the definition of the allocation variable Winn which is equal to 1 whenever task i starts at time point n and finishes at or before time point n >n. In this way, the starting and finishing time points for a given task i are defined through only one set of binary variables. It should be noted that this definition on the one hand makes the model simpler and more compact, but on the other hand it significantly increases the number of constraints and variables to be defined. 

Following the above observations, the process model can be formulated by TA. For formal definitions of the syntax and semantics of TA, see [15]. TA are used to model the individual resources by resource automata and to describe timing constraints by place automata. The former are used to start and to finish tasks which are uniquely assigned to resources, the latter establish timing constraints of places. 

These steps give us the moles of calcium hydroxide. To get the molarity of calcium hydroxide, we use the definition of molarity, which tells us we need to divide these moles by the volume, in liters, of the calcium hydroxide solution. In order to finish the problem, we must add one more step ... 

There is no precise definition for the frequently used term application fastness of a pigment. It usually refers to the behavior exhibited by a finished product used in accordance with the specifications. The term may thus refer to a print, a coated object, or a plastic product, and the list of features ranges from properties such as lightfastness and weatherfastness to migration fastness and fastness to solvents. In this context, there is a certain amount of emphasis on features which play a role in connection with packaging materials and packed articles. 

It has become an usual practice to include a definite overage in certain dosage forms so as to compensate the noticeable losses caused either due to manufacturing or storage (anticipated decomposition), in order that the finished product may comply with the prescribed official standards after the stipulated duration of storage. 

You can always finish your definition by offering the units to the examiner if you are sure of them. 

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