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In Windows 2000 or Windows XP: Choose Start > Run, type command in the Open text box, and then click OK. In Windows 7 and Windows Vista: Click Start, type command in the search box, and then click Command Prompt.
Windows 2000 does not have the MSConfig utility for disabling startup items. You can manually disable the items or obtain the MSConfig utility for Windows XP, which also works with Windows 2000. Disable these processes every time you restart the computer.
Note: The simplest method for disabling all remaining programs is to disable processes that are not required for the system to run. Without a strong understanding of the Windows 2000 system, you can typically reduce the number of processes to 19. If the process is not in the required process list, disable the process by following the steps below.
KOSTER Joint Sealant FS-V is a flexible stiff / creamy polysulphide based joint sealant. When fully cured, KOSTER Joint Sealant FS-V is a rubber-elastic sealant with a high mechanical load capacity, good resistance to water, sea water, salt solutions, benzenes and mineral oils; it resists roots, does not rot and has very good retraction capabilities.
KOSTER Joint Tape 30 is a thermoplastic tape for sealing joints, expansion and dilatation joints andirregular cracks. KOSTER Joint Tape 30 is UV resistant, highly elastic and can withstand extreme movements of the joint. The joint tape system consists of the KOSTER Joint Tape 30 and the KOSTER KB-Pox Adhesive (2-component epoxy based, thixotropic, high performance adhesive) which are applied as a system.
KOSTER SL is a high quality, fast setting underlayment that has extremely low shrinkage and provides a smooth, level surface ready to receive flooring systems. It may be applied onto a variety of substrates such as KOSTER VAP I 2000 moisture control coatings, concrete, etc. KOSTER SL accepts all major floor coverings and is compatible with most adhesives. It is resistant to abrasion and wear.
The KOSTER VAP I 2000 is a one-coat moisture vapor reduction system consisting of a unique combination of epoxy resins and other chemical compounds. KOSTER VAP I 2000 is formulated to prevent floor failures on concrete slabs containing elevated levels of moisture vapor emission. KOSTER VAP I 2000 has no upper limits for water vapor emissions; it resists high moisture levels (100% RH) and a sustained pH of 14. KOSTER VAP I 2000, due to its 12 hour cure and 100% solids content, is extremely dense with a perm rating of 0.09 grains/ft2/hour in Hg-1. The low perm rating makes the KOSTER VAP I 2000 perfect as a primer for virtually all types of flooring, especially low permeance flooring, such as sheet goods and rubber tile.
The KOSTER VAP I 2000 FS is a one-coat moisture vapor reduction system consisting of a unique combination of epoxy resins and other chemical compounds. KOSTER VAP I 2000 FS is formulated to prevent floor failures on concrete slabs containing elevated levels of moisture vapor emission. KOSTER VAP I 2000 FS has no upper limits for water vapor emissions; it resists moisture levels (100% RH) and a sustained pH of 14. KOSTER VAP I 2000 FS, due to its 4 hour cure and 100% solids content, is extremely dense with a perm rating of 0.05 grains/ft2/hour in Hg-1. The low perm rating makes the KOSTER VAP I 2000 FS perfect as a primer for virtually all types of flooring, especially low permeance flooring, such as sheet goods and rubber tile.
The KOSTER VAP I 2000 HS (Hospitals/Schools) is a VOC-Free, one-coat moisture vapor reduction system consisting of a unique combination of epoxy resins and other chemical compounds. KOSTER VAP I 2000 HS is formulated to prevent floor failures on concrete slabs containing elevated levels of moisture vapor emission. KOSTER VAP I 2000 HS has no upper limits for water vapor emissions; it resists moisture levels (100% RH) and a sustained pH of 14. KOSTER VAP I 2000 HS, due to its 12 hour cure and 100% solids content, is extremely dense with a perm rating of 0.08 grains/ft2/hour in Hg-1. The low perm rating makes the KOSTER VAP I 2000 HS perfect as a primer for virtually all types of flooring, especially low permeance flooring, such as sheet goods and rubber tile.
The KOSTER VAP I 2000 UFS is a one-coat moisture vapor reduction system consisting of a unique combination of epoxy resins and other chemical compounds. KOSTER VAP I 2000 UFS is formulated to prevent floor failures on concrete slabs containing elevated levels of moisture vapor emission. KOSTER VAP I 2000 UFS has no upper limits for water vapor emissions; it resists moisture levels (100% RH) and a sustained pH of 14. KOSTER VAP I 2000 UFS, due to its 2 hour cure and 100% solids content, is extremely dense with a perm rating of 0.08 grains/ft2/hour in Hg-1. The low perm rating makes the KOSTER VAP I 2000 UFS perfect as a primer for virtually all types of flooring, especially low permeance flooring, such as sheet goods and rubber tile.
KOSTER VAP I 2000 ZERO VOC is a VOC free one-coat, membrane forming, moisture vapor control system consisting of a unique combination of epoxy resins and compounds formulated to prevent floor covering failures on concrete slabs with elevated levels of moisture. KOSTER VAP I 2000 ZERO VOC meets or exceeds the performance requirements in ASTM F3010-13 Standard Practice for Two-Component Resin Based Membrane-Forming Moisture Mitigation Systems for Use Under Resilient Floor Coverings. KOSTER VAP I 2000 ZERO VOC has no upper limit for water vapor emission from concrete floor slabs. It can be applied to concrete slabs with relative humidity up to 100% RH and it provides protection from sustained exposure to pH 14. Due to its unique formulation, KOSTER VAP I 2000 ZERO VOC is extremely effective at blocking moisture. With a low permeance of 0.056 perms, KOSTER VAP I 2000 ZERO VOC is an excellent moisture blocker for virtually all types of flooring, including low permeance flooring such as sheet goods and rubber tile. KOSTER VAP I 2000 ZERO VOC is compliant with all state and federal VOC regulations, having a VOC content of 0 g/L, which allows installation in sensitive areas such as hospitals, schools and grocery stores. LEED Indoor Environmental Quality Credits available for EQ 4.2 (Low-Emitting Materials, Paints and Coatings).
The KOSTER VAP I pH is a one-coat system, consisting of a unique combination of epoxy resins and other chemical substances. It is specifically formulated to overcome the poor long-term adhesion properties of most resin-based systems when curing in an environment of constant wetness, extreme alkalinity (pH 13-14) and water vapor drive. Because of its extreme density it is capable of reducing water vapor and moisture to acceptable levels for most coatings, adhesives, and floor covering systems. The KOSTER VAP I pH is in full compliance with current VOC regulations, is unaffected by a constant exposure to pH 14 (ASTM D-1308) and provides water vapor reduction up to 80% when tested according to ASTM E96-95, wet method. (10 lbs. to below 3 lbs. and 12 lbs. to below 5 lbs. /1000 ft2/24 hrs.)
KOSTER Waterstop is a fast curing, expanding plug and repair mortar. Through fast curing and expansion of the curing mortar, a tight bond between the existing substrate and the mortar is achieved. This allows pressurized leaks and leaking cracks to be sealed fast.
Rate of autopsy vary by manner of death. Between 1990 and 2000 approximately 80% of accidents were autopsied. All autopsied cases undergo toxicological screenings. Blood and urine samples were obtained at autopsy and stored at 4C until they were assayed. Opiates refer to entire class of opiates (methadone, morphine, etc) and not just heroin. Further details on these data collection and toxicological methods have been presented elsewhere[31].
We calculated the total number and proportion of overdose deaths attributed to cocaine and opiates in NYC from 1990 through 2000. χ2 statistics were used to examine trends in the number and proportion of cocaine excluding opiate and heroin-only induced overdose deaths. We described relevant characteristics of all accidental drug overdose deaths. Characteristics of interest included sex, race/ethnicity, age, borough of death, year of death, the toxicological presence of cannabis or alcohol, and the time and location of death. χ2 statistics were used to assess bivariate associations between decedent characteristics of interest and the likelihood of cocaine only, opiate only, and cocaine and opiate induced overdose deaths.
Of the 8,774 fatal overdoses involving cocaine and/or opiates that occurred in NYC from 1990 to 2000, 79.4% were male, 33.6% were White, 36.9% were Black, and 29.5% were Hispanic. Nearly 75% of the decedents were younger than 45 years old at the time of death. Among the five boroughs of NYC, Manhattan had the largest proportion of accidental overdose deaths with 32.0% occurring in that borough; 27.3% of the total overdose fatalities occurred in Brooklyn, 24.1% in the Bronx, and smaller proportions in Queens (14.6%) and Staten Island (2.0%). While cannabis was detected in only 8.0% of the decedents at the time of death, alcohol was found in almost half (42.2%) of fatal overdoses. Most accidental overdose deaths occurred in a residence (75.7%). Almost one half of all overdose deaths occurred during a weekend (47.0%).
We examined all accidental drug overdose deaths involving cocaine and/or opiates that occurred in NYC between 1990 and 2000. While the absolute number of cocaine only overdose deaths remained relatively stable throughout the period, the number of opiate only fatal overdoses rose slightly. Of all overdose deaths during the study period, 27.3% were attributed to cocaine only and 32.2 to opiates-only. Decedents who had fatal cocaine only overdoses appear to differ from those who had opiate only overdoses. This suggests that those New Yorkers who die from accidental cocaine- or opiate only overdoses represent two distinct populations, requiring different interventions aimed at prevention. 2ff7e9595c
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