Designing Equipment for Use in Gamma Radiation Environments by Vandergriff, K.U.; (US); Oak Ridge National Laboratory.;

By Vandergriff, K.U.; (US); Oak Ridge National Laboratory.; United States. Dept. of Energy. Office of Scientific and Technical Information

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6 kg No. per package: 1 Test Reports: CATR. 9955/2 (1978). 2 ■ COMMENTS Includes polyethylene bag for protection against internal corrosion. Also available in Fahrenheit. 47CB (-40 ° to +70 °C). Dry stylus operation. Carrying case, Part No. 99. Important: give entire product description and specify time/temperature range in your order. 5 x 10 External materials: aluminium Weight: 15 kg No. A9105 (1985). 2 COMMENTS Capillary tube at the bottom of the case. Length of capillary: 3m. Sensor of probe (dxl): 12 mm x 150 mm.

To assist to maintain the temperature of whole blood at approximately +20 °C during transport prior to processing the components. 3. To provide temperature stability during platelet storage at +20 to +24 °C; and 4. For the transportation of platelet packs between the laboratory and patient recipient. BLOOD COLD CHAIN: GUIDE TO THE SELECTION AND PROCUREMENT OF EQUIPMENT AND ACCESSORIES WHO MINIMUM PERFORMANCE SPECIFICATIONS FOR PRODUCT INFORMATION ON EQUIPMENT EVALUATED BY WHO Blood transport boxes (short cold life) Large blood cold box, long range Specification Reference: B4/BC1 ■ MODEL NO.

It devices. Ideally, after opening the has an internal fan door, each shelf may be opened separately thus conserving the cooling mechanism temperature. The insulation of the to ensure the equipment is thicker than an distribution of air ordinary domestic freezer and this evenly throughout helps to maintain temperature the equipment and lower than -35 °C. temperature The key limitations for optimal monitoring devices performance are the cooling or freezing down time. Plasma is generally loaded in a freezer while at room temperature.

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