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Storage compatibility

Safety Manual , AMCR 385-100 (April 1970), 11-1 to 11-34, 17-1 to 17-35, 18-1 to 18-13 19-1 to 19-36 (Storage and handling of chemical agents and munitions quantity-distance tables storage of expls ammo quantity-distance classification and storage compatibility)... [Pg.21]

The metering of dry powder inhalers is closely linked to the device itself and may be divided into three common systems capsules, multidosing blister packs, and reservoir systems. The consideration that goes into these metering systems include convenience to the patients, stability on storage, compatibility with product, and ease of filling. [Pg.491]

Boracitol. A HE compn listed in Ordn Safety Manual ORDM 7 224(1958),Tables 1904 1905,pp 19-3 19 15 as Storage Compatibility Group L and Explosive Hazard Class 9. The compn props of this HE could not be found in std ref works, reports or in Ord manuals... [Pg.247]

The various separations as used for the old QD classes have not been changed, but new storage compatibility groups (SCG) are used with the new system. Table 2 compares the SCG with the old DOT and the old military hazard classifications. Table 3 was excerpted from the UN safety standards and lists QD values in metric units... [Pg.241]

In practice, however, there are factors such as purity, polymorphism, particle form, etc., which are of great technological concern as they may influence the explosive behavior and the storage compatibility of the product. Controlling these factors is essential, and thanks to continued research, our knowledge of the underlying principles has advanced in at least some areas. Others lag behind, owing in part to a lack of appropriate study materials. From the viewpoint of... [Pg.69]

Housekeeping as used here includes indoor and outdoor plant care and maintenance. It extends to every part of the plant (offices, processing areas, laboratories, etc.) a fire that starts in an office area may be equally as serious as one that starts in the plant area. These topics are considered in great detail in the NFPA Fire Protection Handbook All personnel should be familiar with the material applicable to their operations. In addition, the safety committee should consider housekeeping practices in its inspection procedures. Of particular interest are building and plant care and maintenance, indoor and outdoor storage (manner of storage compatibility and... [Pg.106]

The computer subroutines for calculation of vapor-phase and liquid-phase fugacity (activity) coefficients, reference fugac-ities, and molar enthalpies, as well as vapor-liquid and liquid-liquid equilibrium ratios, are described and listed in this Appendix. These are source routines written in American National Standard FORTRAN (FORTRAN IV), ANSI X3.9-1978, and, as such, should be compatible with most computer systems with FORTRAN IV compilers. Approximate storage requirements and CDC 6400 execution times for these subroutines are given in Appendix J. [Pg.289]

The CD-I (compact disk-interactive) is a low cost alternative to the CD-ROM for the entertainment industry. CD-I is a subset of the CD-ROM standard data format. It allows the digital storage of data, audio, and video information in a form that permits rapid interaction with a computer. CD-I is compatible to CD-ROM and to CD-AD 0 = 120 mm. The definition of the CD-I format is put down in the Green Book (Philips/Sony). [Pg.139]

The acceptance of optical data storage iato the mass storage market, which is as yet exclusively dominated by magnetic systems, will be fundamentally boosted if optical drives and media are subject to uniform standards and become fully compatible, and multiuser drives are offered which enable the user to employ alternatively CD-ROM and EOD disks, and maybe WORM disks as well (and CD-R disks, respectively). A prerequisite, however, will be whether rewritable optical memories will use the MOR or the PCR process. This accord especially will be hard to reach. [Pg.164]

Dispersions to be added to latex must have good storage stabiHty and be compatible with the latex the pH of each should be similar to that of the latex, eg, pH 8.5—11 for ammonia-preserved latex and pH 3.5 for cationic-preserved concentrates. Addition of low pH materials to high pH latex or vice versa generally results in mutual precipitation and coagulation of the suspended mbber particles. [Pg.252]

Pipelines. The feasibility of pipeline transportation depends on the availability of very large quantities of compatible materials between locations with sufficient storage facilities. Thus, pipeline transportation is predominantly, but not exclusively, limited to the movement of hydrocarbons, many of which are raw materials in the production of petrochemicals. Although proprietary pipelines (qv), generally of short distances, ate not unusual, commercial petroleum pipelines are considered to be common carriers available to serve all customers who can tender sufficient quantities of acceptable liquids for transportation between terminals. [Pg.257]

Bacterial a-amylases used in laundry detergents are fully compatible with detergent proteases, ie, the two enzymes work together in the wash process. During storage in both powder and Hquid detergents, the amylases are very stable in the presence of proteases. [Pg.295]

Storage. Carbon steel and stainless steel should be used for all equipment in ethylene oxide service. Ethylene oxide attacks most organic materials (including plastics, coatings, and elastomers) however, certain fluoroplastics ate resistant and can be used in gaskets and O-rings. See Reference 9 for a hst of materials that are compatible with ethylene oxide. [Pg.462]

Visit htq) //www-portfolio.stanford.edu/100369. This is Stanford University general chemical safety information from their Portfolio Information System. Also included are storage groups for compatible segregation of chemicals. Chemicals are searchable by scrolling to the end of the section titled Chemical Safety and entering the chemical name. Then select that chemical or other chemical with that chemical root as part of its name. [Pg.183]

The RMDB consists of two mayor sections computer data storage and retrieval system, and backup microfilm data bank file. The computer data storage and retrieval system is used for die standard reliability and maintainability data listing, special calculations, and searches. This data bank system has been established to facilitate remote terminal access compatible with the GIDEP remote terminal programs. The microfilm data bank file is used for storage and distribution of supplier s documents, failure analysis curves, description of methods used in the collection of the data, and additional background information too extensive to include in the computer data bank. [Pg.153]

Quantities within license/regulation limits Compatibility with other materials in storage acceptable ... [Pg.173]


See other pages where Storage compatibility is mentioned: [Pg.184]    [Pg.105]    [Pg.57]    [Pg.320]    [Pg.107]    [Pg.184]    [Pg.105]    [Pg.57]    [Pg.320]    [Pg.107]    [Pg.423]    [Pg.423]    [Pg.34]    [Pg.221]    [Pg.238]    [Pg.480]    [Pg.394]    [Pg.442]    [Pg.64]    [Pg.146]    [Pg.152]    [Pg.128]    [Pg.139]    [Pg.293]    [Pg.2241]    [Pg.502]    [Pg.476]    [Pg.543]    [Pg.632]    [Pg.1160]    [Pg.180]    [Pg.129]    [Pg.347]    [Pg.173]   
See also in sourсe #XX -- [ Pg.26 ]




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