Structure coupling-reducing can reduces the complexity of forward position solutions. But the topic is little being studied so far. This paper studies structure coupling-reducing design methods and novel mechanisms with low coupling-degree. Firstly, a novel concept--structure coupling-reducing is presented. The differences and relationship of the structure coupling-reducing (SCR) and motion dec...

1. Fluorescent nucleotides (1 ,N6-ethenoadenosine diphosphate and triphosphate, EADP and EATP) replace the natural nucleotides rather efficiently (65 85 %) in several chloroplast reactions (ADP inhibition of electron transport, ATP inhibition of electron transport, ATP stimulation of proton uptake, etc.). 2. &AMP does not bind to coupling factor protein. 3. The latent isolated coupling factor p...

in this research, using the modified compression field theory (mcft), a new truss based model is proposed to predict the behavior of reinforced concrete coupling beams with diagonal reinforcement. the model is able to consider the effects of shear and axial forces and bending moment, simultaneously. the proposed model includes a nonlinear shear spring, an axial spring, two inclined truss member...

in this research, the possibility of using high percentage of lignocellulosic fibers in making natural fiber-thermoplastic composite was studied. three weight percentages of bagasse flour namely 40, 55 and 70 percents were chosen. mapp was used as coupling agent at two weight percentages of pp, namely 0, 4 and 6 percents. tensile strength was measured applying instron 6025. the results showed t...

a complete linear theory in four dimensional space-time is constructed for propagation and coupling of electromagnetic waves in the most general case, i.e. media where all three space directions are in homogeneous and where temporal changes, anisotropy and absorbtion are also included. the only condition is that the properties of the medium should be slowly varying, although it is assumed that ...

this study introduces the differential transform method (dtm) to analyse the free vibration response of a rotating, closed section, composite, timoshenko beam which features material coupling between flapwise bending and torsional vibrations due to ply orientation. the governing differential equations of motion are derived using hamilton’s principle and solved by applying dtm. the natural frequ...