Explainer on Russian Conscription, Reserve, and Mobilization

The Russian military is a hybrid format combining a traditional cadre-and-reserve conscript system and a contract-professional system. While the Russian Army has made efforts to professionalize its ranks, particularly in the last 15 years, it remains reliant on conscripts, both for its active-duty force and for its reserve forces in the event of general mobilization. Most combat units must be filled out by conscripts or mobilized reservists in order to be combat-capable. Contract soldiers are concentrated in the cadre and elite units, especially the airborne units.The cadre-and-reserve units of the Russian Armed Forces are maintained at a low readiness with a limited number of professional staff and conscripts, with the expectation that they would be staffed with reservists in the event of mobilization.2 The Russians have already used many cadre-and-reserve units in Ukraine, and they have not performed well against the Ukrainians, with some units suffering heavy losses. Russia does not likely have a large reserve of highly skilled contract units remaining, although there are probably some uncommitted forces

Growth and property development of convection pass deposits in recovery boilers : final project project.

As part of the U.S. Department of Energy (DOE) Office of Industrial Technologies (OIT) Industries of the Future (IOF) Forest Products research program, the mechanisms of particle deposition and properties of deposits that form in the convection passes of recovery boilers were investigated. Research from experimental facilities at Sandia National Laboratories, the Institute of Paper Science and Technology (IPST), and the University of Toronto (U of T) was coordinated into a single effort to define the controlling mechanisms and rates of deposition. Deposition rates were recorded on a volumetric and mass basis in a Sandia facility for particle sizes in the range of 0.1 to 150 {micro}m. Deposit thickness, mass, spectral emissivity, thermal conductivity, surface temperature, and apparent density were monitored simultaneously and in situ on instrumented probes that allow determination of heat flux and probe surface temperature. Particle composition and mass deposition rates were also recorded in a U of T facility for particle sizes in the range of 100 to 600 {micro}m. These measurements allowed determination of the liquid content and sticking efficiency of carryover particles that inertially impact on a deposition probe. In addition, information on particulates, stable gas species, gas temperature and velocity were obtained from field tests in an operating recovery boiler. The results were used to develop algorithms appropriate for use in computer codes that simulate recovery boilers. Representative calculations were performed using B&W's comprehensive recovery boiler model to demonstrate the use of the algorithms in such computer codes. Comparisons between observations in commercial systems and model predictions were made to identify algorithm strengths and weaknesses

The appraisal of real estate,

"Volume III in the standard course in real estate outlined by the joint commission representing the National association of real estate boards, the United Y. M. C. A. schools and the Institute for research in land economics and public utilities."Mode of access: Internet