Sentence examples for develop a membrane from inspiring English sources
Julius Bernstein, an experimental neurophysiologist, used physical chemical theories to develop a membrane theory of nervous conduction; Hodgkin's initial experiments were designed to test specific predictions of the Bernstein hypothesis.
The target of our current project is to develop a membrane reformer system that can produce 99.99% or higher-purity hydrogen from natural gas at a rate of 40 Nm3/h with hydrogen production energy efficiency of over 80%.
In this research, a pilot test was performed to develop a membrane pre-treatment system which could produce less fouling feed water with an RO system and be operated stably in spite of variations in the quality of seawater.
Feeding a HFD for 16 weeks also decreased the red/green fluorescence ratio of the membrane potential sensitive dye JC-1, indicating impairment in the ability of mitochondria to fully develop a membrane potential.
This study was carried out to develop a membrane-controlled transdermal formulation (TF) of nicotine by using sustained release dosage design (SRDD).
Marnoch and Diosady used oriental mustard seed (Brassica juncea L). to develop a membrane-based process that produced three products: a precipitated protein isolate (PPI), a soluble protein isolate (SPI) and a meal residue (Marnoch and Diosady, 2006).
The combustion tests were performed in a vertical pilot-scale furnace (100 kWth) in the framework of the OXYCOAL-AC research project aiming to develop a membrane-based oxyfuel process.
The aim of the present study was to develop a membrane-moderated transdermal therapeutic system (TTS) of nicardipine hydrochloride using 2%w/w hydroxy propyl cellulose (HPC) gel as a reservoir system containing 4%w/w of limonene as a penetration enhancer.
Shortly thereafter he developed a membrane oxygenator for bypass surgery and the first artificial heart that in 1957 kept a dog alive for 90 minutes.
Shortly thereafter, he developed a membrane oxygenator for bypass surgery and the first artificial heart, which, in 1957, kept a dog alive for 90 minutes.
Eric Hoek and his colleagues from UCLA, for example, have developed a membrane embedded with tiny particles containing narrow flow channels, producing a significant increase in water flux.
