Direct support and general support maintenance : truck, utility: 1/4-ton, 4X4, M151A2 (2320-00-177-9258); truck, utility: 1/4-ton, 4X4, M825 (2320-00-177-9257) with 106MM recoilless rifle; truck, ambulance, front line: 1/4-ton, 4X4, M718A1 (2310-00-177-9256).

Includes index.

Operator's manual for 1/4 ton, 4x4, M151 series vehicles : truck, utility: 1/4 ton, 4x4, M151 (2320-00-542-4783), M151A1 (2320-00-763-1092), M151A2 (2320-00-177-9258), truck, utility: 1/4 ton, 4x4, 106MM recoilless rifle, M151A1C (2320-00-763-1091), M825 (2320-00-177-9257), truck, ambulance, frontline: 1/4 ton, 4x4, M718 (2310-00-782-6056), M718A1 (2310-00-177-9256).

Includes index.

Organizational maintenance manual : truck, utility, 1/4-ton, 4X4, M151A2 (2320-00-177-9258), truck, utility, 1/4-ton, 4X4, M825 (2320-00-177-9257), 106MM recoilless rifle, truck, ambulance, frontline, 1/4-ton, 4X4, M718A1 (2410-11-177-9256).

Description based on vol. 1.

Organizational maintenance manual : truck, utility, 1/4 ton, 4x4, M151 (2320-542-4783), M151A1 (2320-763-1092), M151A2 (2320-177-9258); truck, utility, 1/4 ton, 4x4, M151A1C (2320-763-1091), M825 (2320-177-9257) with 106 mm recoilless rifle; truck, ambulance, front line, 1/4 ton, 4x4 ....

Includes index.

Organizational maintenance : truck, 1/4-ton, 4x4, M151A2 series : truck, utility, 1/4-ton, 4X4, M151A2 (2320-00-177-9258); truck, utility, 1/4-ton, 4X4, M825 (2320-00-177-9257) with 106mm recoilless rifle; truck, ambulance, frontline, 1/4-ton, 4X4, M718A1 (2310-00-177-9256).

"May 1982"--Vol. 1.

Organizational maintenance repair parts and special tools list for truck, utility, 1/4-ton, 4x4, M151 (2320-00-542-4783), M151A1 (2320-00-763-1092), M151A2 (2320-00-177-9258) ... truck, utility ... 106mm recoilless rifle, truck, ambulance, frontline ....

"December 1988."

Soldiers standing with rifles, ca. Spanish-American War era

Glass negative is overexposed. Adjusted EPSON scanner to allow for image to come through

Rifles de salón y juguetes para conseguir novio

Fondo Margaritainés Restrepo

"From Victory to Victory" Commemorative Medal

Obverse: In the left part, three rifles with three flags (Israel, French, British), olive branch, inscription. Reverse: General Moshe Dayan, gate of the Jerusalem Old City in the background.

Mossbauer study of La1-xCaxMn1-y (57)FeyO(3) with x = 0, 0.25; y=0.01

Temperature dependent Mossbauer measurements are done on the samples of La1- xCaxMn1-y (FeyO3)-Fe-57 with x=0 and 0.25, and y=0.01. With decreasing temperature, the specimen with x=0.25 shows a paramagnetic to ferromagnetic transition around 175 K. In the specimen x=0.0, the temperature dependence of both the center shift (delta) and the recoilless fraction (f) can be fitted very well with the Debye theory with a theta(D)=320+/-50 K. But for the specimens with x=0.25, f and delta show distinct deviations from the Debye behavior in the temperature range in which the resistivity shows a sharp decrease. Dips observed in both the f and delta around the transition temperature suggest that the Jahn-Teller distortion observed in these systems is dynamic in nature.

A treatment of atomic mean square displacement in higher order perturbation theory

A general derivation of the anharmonic coefficients for a periodic lattice invoking the special case of the central force interaction is presented. All of the contributions to mean square displacement (MSD) to order 14 perturbation theory are enumerated. A direct correspondance is found between the high temperature limit MSD and high temperature limit free energy contributions up to and including 0(14). This correspondance follows from the detailed derivation of some of the contributions to MSD. Numerical results are obtained for all the MSD contributions to 0(14) using the Lennard-Jones potential for the lattice constants and temperatures for which the Monte Carlo results were calculated by Heiser, Shukla and Cowley. The Peierls approximation is also employed in order to simplify the numerical evaluation of the MSD contributions. The numerical results indicate the convergence of the perturbation expansion up to 75% of the melting temperature of the solid (TM) for the exact calculation; however, a better agreement with the Monte Carlo results is not obtained when the total of all 14 contributions is added to the 12 perturbation theory results. Using Peierls approximation the expansion converges up to 45% of TM• The MSD contributions arising in the Green's function method of Shukla and Hubschle are derived and enumerated up to and including 0(18). The total MSD from these selected contributions is in excellent agreement with their results at all temperatures. Theoretical values of the recoilless fraction for krypton are calculated from the MSD contributions for both the Lennard-Jones and Aziz potentials. The agreement with experimental values is quite good.