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Solutions by Differential Scanning Calorimetry," Parent Drug Assoc, 34:398, 1980. 7. Rey L, "Fundamental Aspects of Lyophilization," in Aspects Th eoriques et Industriels de la Lyophilisation, Rey L (ed), Paris, Herman, pp 23 43, 1964. 8. Jennings TA, "Lyophilization Seminar" (Notes), Conshohocken...

...analysis (TGA), a plot of weight change is made as a material is heated at a known rate. In differential thermal analysis (DTA) and differential scanning calorimetry (DSC), an unknown sample and a reference sample are heated with the aid of a programming device and the temperature difference between...

...with a crosshead speed of 10 mm/min used for all experiments. Four to six specimens were used for each tensile test to calculate experimental error. In the case of the strain-recovery tests, initial nominal strains of 75, 150, and 225% were imposed on each specimen prior to strain recovery. Differential scanning...

...of our comparison was the fatigue characteristics of NiTi wire by utilizing a rotary beam fatigue. test. The impact of supply source in relation to fatigue life at various strain amplitudes was studied. Differential Scanning Calorimetry (DSC), Active Af testing and stress/strain data was compared from...

...for polyethylenes at 30 and 40 C. Figure 2. Water-vapor transmission rate as a function of reciprocal temperature for polyethylenes. Figure 3. Differential scanning calorimetry trace for polyethylene of 0.9015-g/cm3 density. Figure 2 shows the WVTR as a function of reciprocal temperature plotted...

...resistance, and market appeal, " Orts points out. "Then we'll look at the processing that will ensure that the agricultural fibers will have the requisite properties. For this research, we'll be using scanning electron microscopy, x-ray diffraction, differential scanning calorimetry, and thermomechanical...

...and differential scanning calorimetry, an unknown sample and a reference sample are heated with the aid of a programming device. It measures temperature difference between the two samples. Testing can also be conducted to determine the unique melting point, degree of crystallinity, and glass transition...

...on composition. Differential scanning calorimetry (DSC) was used to. determine the solidus temperatures of the two powders. The. DSC scans are given in Figure 3. The solidus of the gas-. atomized powder was 1359°C, while that of the water-. atomized powder was 1385°C. Figure 1: SEM of a water-atomized...

...and often used to help produce materials with physical properties tailored to a product's ultimate applications.15 The primary thermal analysis techniques for certifying product quality are differential scanning calorimetry (DSC) and thermogravimetric analysis (TGA). Testing can be conducted...

...that amorphous materials age with time--a process that appears to be universal and irreversible.1 The authors have carried out extensive studies on PETG,2 for which the kinetics of the aging process (as indicated by the recoverable enthalphy determined by differential scanning calorimetry) were found...

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