Non-standard matrix formats of Lie superalgebras

The standard format of matrices belonging to Lie superalgebras consists of partitioning the matrices into even and odd blocks. In this paper, we study other possible matrix formats and in particular the so-called diagonal format which naturally occurs in various applications, e.g. in superconformal field theory, superintegrable models, for super W-algebras and quantum supergroups

Tuberculosis of Pharynx.: With Preliminary Report of Tuberculous Infection of Tonsils and Lymphoid Tissue of Naso-Pharynx.

n/

A Comment on Continuous Spin Representations of the Poincare Group and Perturbative String Theory

We make a simple observation that the massless continuous spin representations of the Poincar\'e group are not present in perturbative string theory constructions. This represents one of the very few model-independent low-energy consequences of these models

Cultivo de soja em terras baixas em ano de El-niño.

bitstream/CPACT-2010/12306/1/soja-giovani.pd

Integrating the effects of the Great Flood of 1993: changes in groundwater hydrology and quality in relation to changes in surface waters

The Great Flood of 1993 had far-reaching impacts upon surface waters in the State of Missouri. Many stations along the Missouri River were above flood stage for months during the summer of 1993. Researchers conducted extensive sampling during the flood and discovered high levels of agricultural contaminants in many of the samples. This result was surprising, as scientists had previously always assumed that the large volumes of water carried by floods dilute contaminants to lower-than-normal concentrations. The objectives of this study were to locate a series of wells along the Missouri River that could be used to track hydrological and contaminant trends in the alluvial aquifer, monitor those wells approximately monthly during the period of study, determine hydrological and biological/chemical trends in those wells, relate the monitoring results to water level and biological/chemical quality in the Missouri River, and make predictions with respect to impacts of future floods. Groundwater samples obtained during the study were analyzed for chemical and biological constituents used to indicate groundwater contamination. Parameters that are used to "fingerprint" waters--cations, anions, pH, conductivity, and temperature--were also determined. These parameters were obtained to determine if unusual amounts of surface waters had entered the groundwater system. Water level data showed a downward trend that was probably on-going at the beginning of the study. The trend appeared to be in excess of normal seasonal changes. However, there are too few sampling rounds to conclude that the downward trend was solely a remnant of the flood; part of the trend may be normal seasonal variation. The study showed that there were changes in most of the water quality parameters investigated. Statistical analysis indicated the "after flood" data distribution indicated a different population from the "before flood" data. Analysis also indicated that the aquifer chemistry for wells close to the river more closely resembled the chemistry of the river than did water from wells farther from the river; this pattern did not change over time. During the period of the study, coliforms were detected only intermittently and at low levels; pesticides were not detected.Project # G-2029-05 Agreement # 14-08-0001-G-2029-0

Management of red rice (Oryza sativa) and barnyardgrass (Echinochloa crus-galli) grown with sorghum with reduced rate of atrazine and mechanical methods.

201