Mixed ether bath for electrodeposition of aluminum

Anisole added to the bath mixture improves Brenner aluminum plating bath technique. Mixture has lower bath vapor-pressure and the electro-deposits obtained have greater physical strength than deposits from the Brenner bath

Research and development of electroformed aluminum solar cell contacts and interconnects Periodic progress report, 5 Jun. - 4 Oct. 1969

Development of electroformed aluminum solar cell contacts and interconnect

The development of technology required for the successful deposition of aluminum alloys and beryllium

Development of technology for electrodeposition of aluminum alloys and berylliu

Hong Kong's Currency Board and Changing Monetary Regimes

The paper discusses the historical background and institutional details of Hong Kong's currency board. We argue that its experience provides a good opportunity to test the macroeconomic implications of the currency board regime. Using the method of Blanchard and Quah (1989), we show that the parameters of the structural equations and the characteristics of supply and demand shocks have significantly changed since adopting the regime. Variance decomposition and impulse response analyses indicate Hong Kong's currency board is less susceptible to supply shocks, but demand shocks can cause greater short-term volatility under the system. The decent performance of Hong Kong's currency board is due mainly to the stable fiscal policy of its government. Counter-factual exercises also show that three-fourths of the reduction in observed output volatility and two-thirds of that in observed inflation volatility are explained by the adoption of the currency board, while the remainder is explained by changes in the external environment. The improvement in stability does not rule out the possibility of monetary collapse, however.

Pulsed Gas Chromatographic Separation Final Report

Feasibility of separating binary-gas mixtures based on pulsed-mode gas adsorption/desorptio

Research and development of magnesium/aluminum electroforming process for solar concentrators Final report, 13 May 1966 - 10 May 1967

Magnesium and aluminum electroforming process for solar concentrator