Procedures Used

Generally, four procedures were used at Auschwitz for disinfestation and disinfection  

The following capacities, taken from the last-mentioned document, relate to a 24-hour a day operation period. 

Block 1 One hot air disinfestation installation, manufactured by the Klein corporation for 1,800 people and approximately 3,600 blankets since the fall of 1940. Block 3 One hydrogen cyanide gas disinfestation installation 

133 Heinz Bobrach et at, Inventor archivalischer Quellen des NS-Staates, K. G. Saur, Munich 1995, volumes 3/1, 1991. So far, we are aware of approximately 110,000 laboratory examinations. Many probative and highly informative facsimiles are to be found in Hefte von Auschwitz, nos. 1 through 19, special editions, Auschwitz State Museum Publishers, Auschwitz Museum, since 1959. 

Disinfestation building at Deutsche Ausriistungs-Werke (German Equipment Works, i.e., Canada I) 1 hydrogen cyanide gas disinfestation installation (BW 28) for approximately 30,000 pieces of laundry, blankets, etc. (in operation since the summer of 1942). 

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If maltenes are subjected to liquid chromatography (see 2.1.2.4) the components eluted by the more polar solvents are called resins. Their composition, once again, depends on the procedure used. 

Prompted by the success, TOFD measurements were conducted on a fatigue crack in a stainless steel compact tension specimen. Test and system parameters were optimised following the same procedure used for carbon steel specimens. A clear diffracted signal was observed with relatively good SNR and its depth as measured from the time-of-flight measurements matched exactly with the actual depth. 

The experimental procedure used by Hansen and co-workers involved the use of a loudspeaker magnet to drive a rod touching the surface (in an up-and-down motion) and... 

Derive Eq. X-35. Hint The algebraic procedure used in obtaining Eq. 11-15 is suggested as a guide. 

The method presented in this chapter is aimed mainly at providing information on the presence of conical intersections in large molecules, and helps in the calculation of their energies and structures. In this section, we review briefly some other procedures used to characterize conical intersections, and compare them with the present method. 

In order to summarize the procedures used for computing ionization constants of titratable residues in proteins, the steps used in our algorithm will be enumerated below ... 

Procedure. Use Mathcad, QLLSQ, or TableCurve (or, preferably, all three) to determine a value of the ionization energy of hydrogen from the wave numbers in Table 3-4 taken from spectroscopic studies of the Lyman series of the hydrogen spectrum where ni = 1. 

Procedure, Use the PCMODEL CJUT to draw the anti eai buii skeleton... 

Procedure. Using graph paper with Fig. 4-5 as a guide, construct the approximate carbon atom skeletons of cis- and rra./r.v-2-butene. 

The determination of the saponification equivalent of an ester by the alcohohc potassium hydroxide method is described in Section 111,106 an alternative procedure using diethylene glycol is given below. This constant should be determined if possible in the prehminary examination, since a knowledge of its value together with the boihng point provides a basis for a fairly good approximation of the size of the ester molecule. 

In practice this reaction is difficult to carry out with simple aldehydes and ketones because aldol condensation competes with alkylation Furthermore it is not always possi ble to limit the reaction to the introduction of a single alkyl group The most successful alkylation procedures use p diketones as starting materials Because they are relatively acidic p diketones can be converted quantitatively to their enolate ions by weak bases and do not self condense Ideally the alkyl halide should be a methyl or primary alkyl halide... 

A variation of the classical reductive amination procedure uses sodium cyanoboro hydride (NaBH3CN) instead of hydrogen as the reducing agent and is better suited to amine syntheses m which only a few grams of material are needed All that is required IS to add sodium cyanoborohydride to an alcohol solution of the carbonyl compound and an amine... 

The procedure uses second derivative information and can be quite efficient compared to conjugate gradient methods. However, th e neglect of couplin g in th e Hessian m atrix can lead to situation s where oscillation is possible. Conjugate gradient methods. 

A standard sample containing a known amount of analyte was carried through the procedure using the experimental design in Table 14.6. The percentage of the known amount of analyte actually found in the eight trials were found to be... 

Our objectives in this section are twofold to describe and analyze a mechanical model for a viscoelastic material, and to describe and interpret an experimental procedure used to study polymer samples. We shall begin with the model and then proceed to relate the two. Pay attention to the difference between the model and the actual observed behavior. 

The recommended design procedure uses the values of (E /and m from Figures 7 and 8 in equation 56 and yields a very good estimation of Alp despite the curvature of the operating and the equilibrium lines. This value differs from A/q obtained by equation 49 because of the /(I — y) term in the latter equation. A convenient approach for purposes of approximate design is to define a correction term AA/q which can be added to equation 55 ... 

A procedure using 48% HBr with a Dean-Stark water trap gives good yields of 4-bromobutanol [33036-62-3] free of diol and dibromo compound... 

These disadvantages prompted Ernest Solvay (1838—1922) to develop and commercialize a procedure using ammonia to produce soda ash from salt and limestone. The first plant using the Solvay process was built in 1863 this process or variations are in use in much of the world in the 1990s. 

The procedures used for estimating the service life of solid rocket and gun propulsion systems include physical and chemical tests after storage at elevated temperatures under simulated field conditions, modeling and simulation of propellant strains and bond tine characteristics, measurements of stabilizer content, periodic surveillance tests of systems received after storage in the field, and extrapolation of the service life from the detailed data obtained (21—33). 

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