Direct support maintenance repair parts and special tools list (including depot maintenance repair parts) for mortar, 4.2-inch, M30 (cannon M30 on mount M24A1) (1015-00-840-1840) and trainer, subcaliber, 60-mm, M31 (8429878).

Includes index.

Operator's manual for mortar, 81-mm, M29A1, (1015-00-999-7794).

Includes index.

Operator's manual for 4.2-inch mortar, M30 (1015-00-840-1840).

"March 1985."

Field maintenance : 60-mm mortars M2 and M19, 60-mm mortar mount M5, 60-mm mortar baseplate M1, 81-mm mortars M1 and M29, and 81-mm mortar and mounts M4, M23A1, M23A2, and M23A3.

Includes index.

Subcaliber mortar trainer M32 with 25-mm training projectile M379.

"September 1960."

Operator's manual : carrier, personnel, full tracked, armored M113A1, 2350-00-968-6321; carrier, command post, light, tracked M577A1, 2350-00-056-6808; carrier, mortar, 107-mm, self-propelled M106A1, 2350-00-076-9002; carrier, mortar ... carrier, flame thrower ....

"August 1978."

Operator's manual : carrier, personnel, full tracked, armored M113A2 2350-01-068-4077 carrier, command post, light, tracked M577A2 2350-01-068-4089 carrier, mortar, 107-MM, self-propelled M106A2 2350-01-069-6931 carrier, mortar, 81-MM, self-propelled M125A2 2350-01-068-4087.

Includes index.

Hand receipt covering contents of components of end item (COEI) ... for carrier, personnel, full tracked, armored, M113A2 (2350-01-068-4077); carrier, command post, light tracked, M577A2 (2350-01-068-4089); carrier, mortar ... carrier, smoke generator, full tracked ....

"March 1991."

The Library, with Broken Column and Spanish Mortar

Ware and Van Brunt, architect. Built in 1883. An addition was built to the south in 1898. The 1883 portion was torn down in 1918.

Dynamic and steady-state rheology of Australian honeys at subzero temperatures

The rheology of 10 Australian honeys was investigated at temperatures -15C to 0C by a strain-controlled rheometer. The honeys exhibited Newtonian behavior irrespective of the temperature, and follow the Cox-Merz rule. G/G' and omega are quadratically related, and the crossover frequencies for liquid to solid transformation and relaxation times were obtained. The composition of the honeys correlates well (r(2) > 0.83) with the viscosity, and with 24 7 data sets (Australian and Greek honeys), the following equation was obtained: mu = 1.41 x 10(-17) exp [-1.20M + 0.01F - 0.0G + (18.6 X 10(3)/T)] The viscosity of the honeys showed a strong dependence on temperature, and four models were examined to describe this. The models gave good fits (r(2) > 0.95), but better fits were obtained for the WLF model using T-g of the honeys and mu(g) = 10(11) Pa.s. The WLF model with its universal values poorly predicted the viscosity, and the implications of the measured rheological behaviors of the honeys in their processing and handling are discussed.

Suctions, fracture energy, and plastic cracking of cement mortar and concrete

Plastic cracking of cement mortar and concrete is primarily attributable to desiccation by evaporation from unprotected surfaces. This causes high suctions (negative pressures) to develop in the pore water adjacent to these surfaces. Dissolved salts in the pore water can also contribute significantly to suctions. Quantitative expressions are available for all of the components of the total suction. The development of suctions over time is illustrated by the results of desiccation tests conducted on cement mortars, supplemented by data from the literature. It is shown that ambient conditions conducive to plastic cracking can arise almost anywhere, but that the extremely high suctions that develop in mature cement mortar and concrete do not imply that compression failures should occur A high value of fracture energy is derived from data from the desiccation tests that implies that plastic cracking is characterized by a significant zone of plastic straining or microcracking.

A rheology study of high-energy radiolysis of a semicrystalline ethylene-propylene copolymer containing DOP mobilizer

The ractiolysis of a poly(ethylene-co-propylene), Elpro grade P 750 J, marketed by Thai Polypropylene Co. Ltd. for the manufacture of medical goods, was investigated at ambient temperature and melt rheology measured. The roles of calcium stearate, blended with the Elpro as a processing aid, and dioctyl phthalate (DOP), added in various amounts as a radical scavenger, were assessed. Following radiolysis, G' and the viscosity of the polymer melts at 453 K both decreased with increasing radiation dose, even when the mobilizer was present. The results indicated that although the DOP did scavenge radicals, it did not protect the polymer from net chain scission in a low-dose regimen. The value of (G(S) - 4G(X)) was approximately 0.6-0.7. (c) 2006 Wiley Periodicals, Inc.