To determine the conditions for stable and unstable equilibrium of a magnet suspended in a uniform magnetic field, we can analyze the potential energy of the magnet in relation to its orientation with respect to the magnetic field.1. Un
In particular, all stable anisotropic equilibrium distributions admit the following remarkable symmetry: the peak axis of orientation is aligned with both the polarity vector (first moment) and the distinguished director of the uniaxial second moment tensor. The stability is essential in establishing the...
1.4.1 Unstable nuclei Figure 1.2 gives the combinations of protons and neutrons that are found to be stable nuclei. This information may also be presented as an area of stability, Fig 1.4. Nuclei lying outside this area may be regarded as having the wrong combination of protons and neutrons...
a. 1-butyl-2-methylcyclohexane The most stable chair conformer of 1-butyl-2-methylcyclohexane is given below. The most stable chair conformer...Become a member and unlock all Study Answers Start today. Try it now Create an ...
since even the sampling of sub-regions of the PES involves the calculation of thousands to millions of equilibrium structures. Here, we explore 10k minima for two small bio-molecules, which requires ~30M FF evaluations per simulation. This analysis would require more than a year with DFT and ...
Vitamin B12 (cobalamin) is required for most human gut microbes, many of which are dependent on scavenging to obtain this vitamin. Since bacterial densities in the gut are extremely high, competition for this keystone micronutrient is severe. Contrasting
In particular, all stable anisotropic equilibrium distributions admit the following remarkable symmetry: the peak axis of orientation is aligned with both the polarity vector (first moment) and the distinguished director of the uniaxial second moment tensor. The stability is essential in establishing the...
In practice, however, for the majority of animal cells which are at the 10-µm scale, micropipetting of a single cell and placement is impossible. (2) The cell exhibits unstable rotation in two aspects. On the one hand, when the cell is loaded, as its initial position is not exactly...
In practice, however, for the majority of animal cells which are at the 10-µm scale, micropipetting of a single cell and placement is impossible. (2) The cell exhibits unstable rotation in two aspects. On the one hand, when the cell is loaded, as its initial position is not exactly...