Search results for "current"
showing 10 items of 2224 documents
O2Transport in Skeletal Muscle: Development of Concepts and Current State
1994
When comparing oxygen consumption rates(V O2) of various organs — as shown in Fig. 1 —skeletal muscle is exceptional in two respects: Its consumption rate attains the second largest absolute value of all organs and may vary between rest (0.2 mlO 2.100g-1’• min -1 ) and maximum performance (16 m1O 2.100g-1 • min -1 for electrical stimulation) by a factor of 80, thus covering a range that is by far larger than in any other tissue. In order to understand muscle O 2 transport one has to identify transport mechanisms and evaluate their importance towards bringing about the observed high O 2 fluxes and allowing for their enormous variability.
Complement C1q and C8beta deficiency in an individual with recurrent bacterial meningitis and adult-onset systemic lupus erythematosus-like illness.
2008
Co-existing complement C8 deficiency ameliorated the SLE associated with C1q deficiency.
Exponential Transients in Continuous-Time Symmetric Hopfield Nets
2001
We establish a fundamental result in the theory of continuous-time neural computation, by showing that so called continuous-time symmetric Hopfield nets, whose asymptotic convergence is always guaranteed by the existence of a Liapunov function may, in the worst case, possess a transient period that is exponential in the network size. The result stands in contrast to e.g. the use of such network models in combinatorial optimization applications. peerReviewed
Power-aware design of MCML logarithmic adders
2010
This paper describes the low-power design of a MOS current-mode logarithmic adder. The adder utilizes the Brent-Kung tree structure. The design strategy adopted is very simple and effective. Moreover, it can be utilized also for other types of logarithmic adders. To validate it, several adders were designed in a TSMC CMOS 130nm technology. Results of simulations indicate that the proposed methodology offers a good starting point before fine-tuning the design by SPICE simulations. Finally, the tradeoff that can be realized between performance and power consumption is discussed.
Energy-Delay Efficiency of MCML Gates
2012
In this paper, the energy-delay tradeoff that can be realized between energy and delay for MCML gates is explored using the energy-efficient curve. Two metric, namely, the energy-delay gain and the delay-energy gain are employed to quantify it. Moreover, a methodology is introduced for the minimization of the energy-delay product. Experiments were performed in 130nm and 45nm technologies.
"Table 7" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"
2008
The Collins and Sivers asymmetry as a function of X for 'ALL' positive kaons from the 2003-2004 data.. Errors are statistical only.
"Table 8" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"
2008
The Collins and Sivers asymmetry as a function of PT for 'ALL' positive kaons from the 2003-2004 data.. Errors are statistical only.
"Table 23" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"
2008
The Collins and Sivers asymmetry as a function of PT for 'LEADING' positivekaons from the 2003-2004 data.. Errors are statistical only.
"Table 24" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"
2008
The Collins and Sivers asymmetry as a function of Z for 'LEADING' positive kaons from the 2003-2004 data.. Errors are statistical only.
"Table 22" of "Collins and Sivers asymmetries for pions and kaons in muon-deuteron DIS"
2008
The Collins and Sivers asymmetry as a function of X for 'LEADING' positive kaons from the 2003-2004 data.. Errors are statistical only.