Objective of this study was to evaluate the ingestive behavior,feed efficiency,and nutritional and physiological parameters of sheep that were fed diets based on byproducts from the processing of cashew.The experiment...Objective of this study was to evaluate the ingestive behavior,feed efficiency,and nutritional and physiological parameters of sheep that were fed diets based on byproducts from the processing of cashew.The experiment was conducted in a completely randomized design with a 4×2 factorial arrangement with four levels of inclusion(6%,11%,16%,and 21%of cashew byproduct)and two forms of processing—with chemical treatment(CT)and without chemical treatment(NCT).The interaction levels of inclusion of the byproduct of cashew versus chemical treatments was not(P>0.05)for the dry matter intake,consumption of organic matter.No effect was observed(P>0.05)for the intake of dry matter in function of the type of chemical treatment used in the byproduct of cashew.There was no effect of interaction(P<0.05)between levels of inclusion and chemical treatment applied or not on the byproduct of cashew for the coefficients of digestibility of dry matter,organic matter and crude protein(P>0.05).The inclusion of the byproduct of cashew did not influence the behavioral parameters,intake and digestibility of the diets of sheep,being recommended to use up to the level of 21%.展开更多
We investigate the Schro¨dinger equation for a particle with a nonuniform solitonic mass density. First, we discuss in extent the(nontrivial) position-dependent mass V(x) = 0 case whose solutions are hypergeometr...We investigate the Schro¨dinger equation for a particle with a nonuniform solitonic mass density. First, we discuss in extent the(nontrivial) position-dependent mass V(x) = 0 case whose solutions are hypergeometric functions in tanh2x. Then, we consider an external hyperbolic-tangent potential. We show that the efective quantum mechanical problem is given by a Heun class equation and find analytically an eigenbasis for the space of solutions. We also compute the eigenstates for a potential of the form V(x) = V0 sinh2x.展开更多
文摘Objective of this study was to evaluate the ingestive behavior,feed efficiency,and nutritional and physiological parameters of sheep that were fed diets based on byproducts from the processing of cashew.The experiment was conducted in a completely randomized design with a 4×2 factorial arrangement with four levels of inclusion(6%,11%,16%,and 21%of cashew byproduct)and two forms of processing—with chemical treatment(CT)and without chemical treatment(NCT).The interaction levels of inclusion of the byproduct of cashew versus chemical treatments was not(P>0.05)for the dry matter intake,consumption of organic matter.No effect was observed(P>0.05)for the intake of dry matter in function of the type of chemical treatment used in the byproduct of cashew.There was no effect of interaction(P<0.05)between levels of inclusion and chemical treatment applied or not on the byproduct of cashew for the coefficients of digestibility of dry matter,organic matter and crude protein(P>0.05).The inclusion of the byproduct of cashew did not influence the behavioral parameters,intake and digestibility of the diets of sheep,being recommended to use up to the level of 21%.
文摘We investigate the Schro¨dinger equation for a particle with a nonuniform solitonic mass density. First, we discuss in extent the(nontrivial) position-dependent mass V(x) = 0 case whose solutions are hypergeometric functions in tanh2x. Then, we consider an external hyperbolic-tangent potential. We show that the efective quantum mechanical problem is given by a Heun class equation and find analytically an eigenbasis for the space of solutions. We also compute the eigenstates for a potential of the form V(x) = V0 sinh2x.
