High-temperature vapor-filled thermionic converter; final technical report, March 15, 1962, through September 15, 1963.

"Project no. 8173, Task no. 817306-5."

Research on properties of high strength materials suitable for high temperature applications

"Materials Central, Contract no. AF 33(616)-6552, Project no. 7381."

Research on developing design criteria for anti-friction airframe bearings for high temperature use.

"This report was prepared by the Research and Development Department of the New Departure Division, General Motors Corporation in Bristol, Connecticut."

Development and evaluation of high-temperature tungsten alloys

Mode of access: Internet.

Development of alloys having good high temperature properties through powder metallurgy techniques

"Materials Laboratory, Contract number AF 61(514)-1144, Project no. 7351."

Experimental studies of high temperature hypersonic diffusers.

"Project No. 1426. Task No. 142612."

High temperature water heating systems.

"December 1991."

Dielectric measurements on high-temperature materials

Prepared by Massachusetts Institute of Technology, Laboratory for Insulation Research, under USAF Contract F33615-67C-1612.

High temperature properties and decomposition of inorganic salts

Bibliography: pt. 1, p. 37-38.

A new method for providing continuous high-temperature air flow for hypersonic research,

"AFOSR-TN-56-236."

High temperature radome design techniques.

Caption title.

High-temperature technology.

Mode of access: Internet.

Comparison of bioassay and high performance liquid chromatographic assay of artesunate and dihydroartemisinin in plasma

The study was a comparison of bioassay and HPLC analysis of artesunate (ARTS) and dihydroartemisinin (DHA) in plasma. ARTS and DHA in plasma samples from patients treated with ARTS were quantified by HPLC and expressed as DHA. DHA-equivalents in the same plasma samples were measured using a standardised parasite culture technique. DHA concentrations estimated by both methods were highly correlated (bioassay = 0.96 x HPLC + 11.0; r(2) = 0.92). At high concentrations ( > 12 000 nmol/l) bioassay sometimes overestimated DHA. Bioassay of active drug in plasma correlates well with specific chemical analysis by HPLC. ARTS and DHA appear to account for the total antimalarial activity in plasma after ARTS administration. (C) 2003 Elsevier Science B.V. All rights reserved.