aThis article mainly introduces the original meaning of Svante, Arrhenius' Activation Energy. It also analyses with some comments how to understand the conception of activation energy in academic circles and points out the reason why we choose the conception of R. C. Tolman's Activation Energy ...
Stop wasting energy. Fix dripping faucets. Plug leaks where cold air can seep in. Turn off appliances when you're not using them. To slay the energy vampires, you first have to understand how each of these energy conservation methods works. The experiments that follow can help to make peopl...
When learning something new, we sometimes want to go deeper and understand why things work the way they do. Although this isn’t bad, when you want to learn technical things like a programming language, you need to learn the minimum stuff and put into practice what you’ve just...
The result will be more concentrated; you’ll understand it better; and you won’t be able to lie to yourself about whether there’s anything real there. 事实上,在某些工作中,将你正在做的事情删繁就简,直至显露本质,会带来极大的好处。工作的结果会更加纯粹和精炼;你对它的理解会更加深刻;你无法...
To pass the light soaking aging test, it is necessary to understand the mechanisms of photo-induced degradation. Light soaking would cause the degradation of halide perovskites with a slow and complicated process, which has not been comprehensively revealed and is generally affected by the ...
Remodeling regulates multiple gene-activation steps To understand how promoter nucleosome remodeling affects the kinetics of transcription activation, we estimated the number of rate-limiting steps from the induction time distributions from the shape parameter k of a Gamma fit. In the presence of remodel...
To understand the problem, it is helpful to understand something about voltage. Voltage is a measure of a difference in electric potential energy. Electric current travels from point to point because there is a greater electric potential energy on one end of the wire than there is on the other...
There's a huge amount of theory around electron orbitals, but to understand light there is just one key fact to understand: An electron has a natural orbit that it occupies, but if you energize an atom, you can move its electrons to higher orbitals. A photon is produced whenever an ...
To better understand the implications of this result, we briefly summarize the control steps of AI Pontryagin. As described in the prior paragraphs and as illustrated in Fig. 2a, AI Pontryagin starts with a small initial control signal u^(0)(t;w(0)), then integrates the dynamical system (...
Here, we use multiscale modelling of three Escherichia coli enzymes (type III chloramphenicol acetyltransferase, d-alanine–d-alanine ligase B and dihydrofolate reductase) to understand experimentally measured changes in specific activity due to synonymous mutations. The modelling involves coarse-grained ...