Andrews v. State

Grandfather provision in laws Cincinnati v. Langan Handgnn ban Nunn v. State Andrews v. State In re Brickey State v. Rosenthal Quilici v. Morton Grove California Rifle and Pistol Association V. City of West Hollywood... 

Militia and military weapons Andrews v. State Presserv. Illinois City of Salina v. Blaksley United States v. Miller Cases v. U.S U.S. v. Warin... 

Applied to states Andrews v. State United States v. Cruikshank ... 

There are a number of instances in which (with the aid of sensitive measurements) well-defined transitions between gaseous and coherent states are observed as the film is compressed. The tt-A curves show a marked resemblance to Andrews p-V curves for the three-dimensional condensation of vapours to liquids. The tt-A curve for myristic acid, given as an example, has been drawn schematically to accentuate its main features (Figure 4.26). Above 8 nm2 molecule-1 the film is gaseous and a liquid-expanded film is obtained on compression to 0.5 nm2 molecule-1. Fluctuating surface film potentials verify the heterogeneous, transitional nature of the surface between 0.5 nm2 molecule-1 and 8 nm2 molecule-1. 

The P-V Isotherms of Carbon Dioxide The importance of critical temperature of a gas was first discovered by T. Andrews in his experiments on pressure-volume relationships (isotherms) of carbon dioxide gas at a series of temperatures. The isotherms of carbon dioxide determined by him at different temperatures is shown in the figure given above. Consider first the isothermal at the lowest temperature, viz., 13.1 C. The point A represents carbon dioxide in gaseous state occupying a certain volume under a certain pressure. On increasing the pressure, its volume diminishes as is indicated by the curve AB. At B which represents a pressure of 49.8 atm, liquefaction of the gas commences and thereafter a rapid decrease in volume takes place at the same pressure, as more and more of the gas is converted into the liquid state. At C, the gas has been completely liquefied. Now, as the liquid is only slightly compressible, further increase of pressure produces only a very small decrease in volume. A steep line CD that is almost vertical shows this. 

Saini, D. R. and Shenoy, A. V., Dynamic and steady-state rheological properties of linear-low-density polyethylene melt, Pofym. Eng. ScL, 24, 1215-1218 (1984). Andrews, R. D., Hofinan-Bang, N., and Tobolsky, A. V., Elastoviscous properties of poly(isobutylene) relaxation of stress in whole polymer of different molecular weights at elevated temperature, / Pofym. ScL, 3, 669-692 (1948). 

Lead-poisoning in children — Congresses. 2. Child development — Congresses. I. Smith, M.A. (Marjorie A.) II. Grant, Lester D. III. Sors, A.I. (Andrew I.) IV. Commission of the European Communities. V. United States. Environmental Protection Agency. 

Verho,T., Korhonen.J.T., Sainiemi, L.,Jokinen,V., Bower, C., Franze, K., Franssila, S., Andrew, P, Ikkala, O., Rasa, R.H.A., 2012. Reversible switching between superhydrophobic states on a hierarchically structured surface. Proc. Natl. Acad. Sci. USA 109,10210. 

---