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, 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.

Direct support and general support maintenance manual : truck, utility, 1/4 ton, 4x4, M151 (2320-542-4783) ... truck, utility, 1/4 ton, 4x4, M151A1C (2320-763-1091) ... truck, ambulance, frontline, 1/4 ton, 4x4, M718 (2310-782-6056), M718A1 (2310-177-9256).

Includes index.

Organizational, direct and general support and depot maintenance repair parts and special tools lists : load bank 0-30KW, AC, portable, skid mounted, (Sun Electric Corp model GPT-3D-1) FSN 6115-964-1091 and (model GPT-3D) FSN 6115-903-8174.

"January 1968."

Operator, organizational, direct and general support, and depot maintenance manual : load bank 0-30 KW, AC, portable, skid-mounted (Sun Electric Corp model GPT-3D-1) FSN 6115-964-1091 and (Sun Electric Corp model GPT-3D) FSN 6115-903-8174.

"August 1967."

A new low temperature synthesis route of fraipontite (Zn,Al)3(Si,Al)2O5(OH)4

A low temperature synthesis method based on the decomposition of urea at 90°C in water has been developed to synthesise fraipontite. This material is characterised by a basal reflection 001 at 7.44 Å. The trioctahedral nature of the fraipontite is shown by the presence of a 06l band around 1.54 Å, while a minor band around 1.51 Å indicates some cation ordering between Zn and Al resulting in Al-rich areas with a more dioctahedral nature. TEM and IR indicate that no separate kaolinite phase is present. An increase in the Al content however, did result in the formation of some SiO2 in the form of quartz. Minor impurities of carbonate salts were observed during the synthesis caused by to the formation of CO32- during the decomposition of urea.

Patterns, correlates, and prognostic significance of quality of life following breast cancer

Objective To describe quality of life (QOL) over a 12-month period among women with breast cancer, consider the association between QOL and overall survival (OS), and explore characteristics associated with QOL declines. Methods A population-based sample of Australian women (n=287) with invasive, unilateral breast cancer (Stage I+), was observed prospectively for a median of 6.6 years. QOL was assessed at six, 12 and 18 months post-diagnosis, using the Functional Assessment of Cancer Therapy, Breast (FACT-B+4) questionnaire. Raw scores for the FACT-B+4 and subscales were computed and individuals were categorized according to whether QOL declined, remained stable or improved between six and 18 months. Kaplan-Meier and Cox proportional hazards survival methods were used to estimate OS and its associations with QOL. Logistic regression models identified factors associated with QOL decline. Results Within FACT-B+4 sub-scales, between 10% and 23% of women showed declines in QOL. Following adjustment for established prognostic factors, emotional wellbeing and FACT-B+4 scores at six months post-diagnosis were associated with OS (p<0.05). Declines in physical (p<0.01) or functional (p=0.02) well-being between six and 18 months post-diagnosis were also associated significantly with OS. Receiving multiple forms of adjuvant treatment, a perception of not handling stress well and reporting one or more other major life events at six months post-diagnosis were factors associated with declines in QOL in multivariable analyses. Conclusions Interventions targeted at preventing QOL declines may ultimately improve quantity as well as quality of life following breast cancer.

Note on similarity solutions for viscous flow over an impermeable and non-linearly (quadratic) stretching sheet

Similarity solutions for flow over an impermeable, non-linearly (quadratic) stretching sheet were studied recently by Raptis and Perdikis (Int. J. Non-linear Mech. 41 (2006) 527–529) using a stream function of the form ψ=αxf(η)+βx2g(η). A fundamental error in their problem formulation is pointed out. On correction, it is shown that similarity solutions do not exist for this choice of ψ