Data other manufacturers

Table 7-10 pre.sents a temperature conversion table for various metals from one manufacturer for conventional pre-bulged, ten-sion-loaded disks with pressure on concave side (not prescored) as an illustration of the effect of lower or elevated temperatures referenced to 72°F on the burst pressure of a stamped disk. For other types of disk designs and from other manufacturers, the specific data for the style disk must be used to make the appropriate temperature correction. 

By permission, Norton Chemical Process Products Corp., Bull. SI-72 and Bull. PTP-1 other manufacturer s data are equivalent, f Also available in polypropylene (including glass reinforced) high density polyethylene, rigid PVC, fluorinated vinyls. 

The performance and design information in Glitsch reference [104], as for all the other manufacturers with respect to their data and charts, is proprietary, but not necessarily warranted to be suitable for the designer s service/applications unless verified by the manufacturer s representatives. 

Production volume figures for 1,3-DNB are not easily available because it is produced as a mixture with other nitrobenzene isomers during the manufacturing process. In the United States, DuPont alone reportedly generated 70,000-72,000 pounds of 1,3-DNB annually from production of dinitrobenzene and nitrobenzene (EPA 1991b). The production volumes for 1,3-DNB by other manufacturers are not known. Production data for 1,3,5-TNB by producers in the United States are unknown. 

NMR data on a PC under the MS-WINDOWS environment, e.g WINDOWS 95 or WINDOWS NT. The 2D WIN-NMR program is also linked to the ID WIN-NMR program for special 2D processing. The programs can process data generated on various Bruker NMR spectrometers (AC, AM, CPX, MSL, AMX, ARX, DPX, DRX, DMX,) as well as data produced by one of Bruker s MS-WINDOWS based simulation programs. Furthermore NMR data acquired with spectrometers of other manufacturers (Varian, GE, JEOL) may be converted and processed a.s well. 

Process NMR data measured either on older Bruker spectrometers (AC, AM), connected to ASPECT computers using the ADAKOS/DISNMR software, or measured on spectrometers of other manufacturers. 

NMR Data Formats of other Manufacturers Varian, JEOL, GE... 

Start GETFILE and inspect the various dialog boxes available in the File pulldown menu for conversion of NMR data formats of other manufacturers into the WINNMR format. 

Because they can precisely measure wavelengths, FTIR spectrometers permit spectra and file storage using an instrument form at and certain rules so that spectra can be treated by instruments from other manufacturers. Each data point in the spectrum can be stored as an ACSII file. However, the software normalises the raw data and lowers the spectral resolution to obtain fewer calculated values (one point every 8 or 4 cm-1 - giving less than 1 Koctet/spectrum). The inverse operation can be used to give a proper corrected image of the spectrum. 

Other manufacturers have introduced 16 bit fixed point processors. IBM s Mwave is supposed to be for Multimedia operations but can only address 32K (15 bits) of data memory. The product register is also only 32 bits (data is assumed to be fractional form of only 15 bits) so constant rescaling is necessary. Perhaps its most noteworthy addition is the wide use of saturation arithmetic in the instruction set and the large number of DMA channels. 

Note that data from a boiler burning TDF at a silicon manufacturing facility, Dow Coming in Midland, Michigan, are reported in Chapter 5 with waste wood boilers, because the primary fuel for this boiler is wood chips. Further, data on TDF use at Boise Cascade, an "other" manufacturing facility, are included in Chapter 4 with cement manufacturing, because the rotary kiln used to manufacture lime is similar to the rotary cement kilns. 

Because licensed vaccines are the focus of much attention in the public as well as in the vaccine research community, VIOLIN has two subdatabases that focus on licensed human and animal vaccines. The Huvax subdatabase (http //www.violinet.org/huvax) stores all licensed human vaccines in the USA and Canada. The data for these licensed human vaccines are annotated through manual curation and a vigorous review process. Huvax includes manually curated data including manufacturer, trade name, storage information, age at which the vaccine should be administered, and other relevant information. These vaccines are also listed by the CDC CVX codes (codes that indicate the product used in a vaccine) for tracking vaccination records. Huvax has provided cross-references based on these CDC CVX codes. Huvax provides ways for users to search, compare, and analyze licensed human vaccines. Various criteria can be used for querying human vaccines. Different vaccines can also be compared side by side. Vevax is a VIOLIN database of licensed veterinary vaccines (http //www. violinet.org/vevax). 

This chapter is not an exhaustive list of all chemicals with skin-penetrating abilities. Consequently, any exclusion of a chemical from this list does not necessarily imply an inability for percutaneous absorption. When in doubt, the user should check the chemical label, material safety data sheet, manufacture date, and other details to achieve chemical safety (Table 16-1). 

Data sharing is not completely compulsory. If the owner of the data does not want to share his data, then other manufacturers must proceed as if the data did not exist and sanctions maybe imposed on the holder of the information. This is also aimed at starting consortia for joint applications. 

Once the class and type of pump are selected, consult a rating table (Table 6.25) or rating chart (Fig. 6.18) to determine if a suitable pump is available from the manufacturer whose unit will be used. When the hydraulic requirements fall between two standard pump models, it is usual practice to choose the next larger size of pump, unless there is some reason why an exact head and capacity are required for the unit. When one manufacturer does not have the desired unit, refer to the engineering data of other manufacturers. Also keep in mind that some pumps are custom-built for a given job when precise head and capacity requirements must be met. 

As part of its premanufacture review, EPA can use Section 5(e), to require the submitter to develop data and to obtain hazards which the "new" chemical may pose, and can impose controls or restrictions on its nse. These requirements apply only to the company which submits the PMN. Once a chemical is added to the inventory, one may manufacture or use it without notifying EPA, without the same restrictions or controls. However, EPA can use its authority under Section 5 of TSCA to issue Significant New Use Rules (SNURS) which extend the limitations in Section 5(e) orders to other manufacturers, importers, and processors. This ensures that everyone is treated in essentially the same manner, and that the original PMN submitter is not put at a disadvantage compared to subsequent manufacturers, importers, and processors. 

When mammalian red cell Hb is used as the raw material for production of a modified Hb, the requirement for the minimization of plasma proteins and red cell stroma is a rigorous and general one. Some manufacturers meet this requirement by extensive red cell washing to reduce contamination by residual plasma, controlled lysis, and careful filtration of the hemoly-sate, followed by ultrafiltration. Other manufacturers add a chromatographic purification step to this procedure. Published data indicate that the phospholipid content of the so-called stroma-free Hb resulting from either process is very low (<2pg/ml). ... 

Intel introduced the 80386 in 1985. With 275,000 transistors, the 80386 represented a new generation for processors, because it was the first Intel x86 processor that used both a 32-bit data bus and a 32-bit address bus. The situation with the 386 was unique because up until this point Intel would license its technology to other manufacturers. As we mentioned earlier, with the 386 Intel decided to stop licensing. Not to be outdone, the other manufacturers like AMD and Cyrix came up with a chip they called the 386SX. This chip still operated internally at 32 bits (just like the full-blown 386) but had only a 16-bit external data path and a 16-bit address bus. In order to compete on the same ground, Intel then renamed its 386 to the 386DX and introduced its own version of the 386SX with similar specifications. 

There are two types of cache memory on-chip (also called internal or LI Cache) and off-chip (also called external or L2 Cache). Internal cache memory is found on Intel Pentium, Pentium Pro, and Pentium II processors, as well as on other manufacturer s chips. The original Pentium contains two 8KB-on-chip caches, one for program instructions and the other for data. External cache memory is typically either a SIMM of SRAM or a separate expansion board that installs in a special processor-direct bus. 

The USP typically obtains candidate ARS material for a newly approved article from the pharmaceutical innovator but may also source the material from other manufacturers. Occasionally, the USP may synthesize sufficient material for use as an ARS. Once sufficient material to meet the needs of the USP for several years is sourced, a collaborative study is performed between the laboratories of the USP, the innovator, and one or more neutral or interested parties to fully characterize the material. The data obtained from the collaborative study are then submitted to the USP Reference Standards Committee who reviews them to ultimately determine whether the Reference Standard is acceptable for its intended use in support of the relevant USP-NF tests. 

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