Recent results from the DD collaboration on dijet production with rapidity gaps are discussed for center-of-mass energies of p s = 630 and 1800 GeV, including single diiractive jet production, hard double pomeron exchange, and hard color-singlet exchange.

Top quark pair production cross section and properties of the top quark in p ¯ p collisions at √ s = 1.96 TeV An overview over measurements of top quark pair production in p ¯ p collisions at a center-of-mass energy of √ s = 1.96 TeV is given. Emphasis is given to measurements of the t ¯ t cross section in lepton+jets and dilepton final states with up to 5.4 fb −1 of integrated luminosity. Exam...

We present results for total cross sections, single and double differential distributions and correlations between pairs of outgoing particles in the reactions p + ¯ p → W + + γ and p + ¯ p → W + + γ + jet at √ S = 1.8 TeV. Order α S QCD corrections and leading logarithm photon bremsstrahlung contributions are included in the MS mass factorization scheme for three experimental scenarios: 1) 2-b...

Recent results from the DD collaboration on dijet production with rapidity gaps are discussed for center-of-mass energies of p s = 630 and 1800 GeV, including single diiractive jet production, hard double pomeron exchange, and hard color-singlet exchange.

Results from the analysis of data collected at the Tevatron pp collider at center of mass energies p s = 630 and 1800 GeV collected by the DD and CDF experiments are presented. Measurements of the inclusive production jet cross section, the inclusive dijet mass spectrum, the triple diierential dijet cross section, and the dijet angular distribution are compared to order 3 s QCD predictions.

c = concentration or molar density, molm 3 D = diffusion coefficient, m s 1 E = activation energy, Jmol 1 fs;r = branching fraction of reactant s into product r j = diffusive mass flux, kgm 2 s 1 ki = rate coefficient for reaction i, cm molecule 1 s 1 or cm molecule 2 s 2 L = sidearm length, m M = molar mass, kgmol 1 P = pressure, Pa R = sidearm radius, m R = universal gas constant, 8:314 Jmol ...

Spilarctia obliqua nucleopolyhedrosis virus (SoNPV) has been found effective against S. obliqua (Walker) as well as Porthesia xanthorrhoea Kollar. LC50 concentration of S. obliqua SoNPV against S. obliqua and P. xanthorrhoea was 2.5 x 10(4) and 3.7 x 10(4) POBs/ml, respectively. LT50 of SoNPV against S. obliqua was 5.73 days, while it was 6.98 days for P. xanthorrhoea. Cross infectivity of SoNP...