例句與造句

1. Proton mass measurements are independant and have the same limitation.
2. They're not measuring the electron mass over the proton mass at all.
3. R _ P is the proton Compton radius and m _ p the proton mass.
4. And the constants are Newton's constant G, the Boltzmann constant k _ B, and proton mass m _ p.
5. E . g . the protons in the LHC will be accelerated to an energy of a few TeV which is thousands of times the proton mass.
6. It's difficult to find proton mass in a sentence. 用proton mass造句挺難的
7. The Hawking temperature is an order of magnitude larger than the proton mass, which means that it will radiate photons, neutrinos, electrons, positrons, mesons and baryons.
8. Similarly mass can be measured in energy units using E = mc 2, and particle physicists do this every day, for example talking about the proton mass in terms of the energy unit electron volts.
9. The proton mass is estimated around 1 GeV . But we understand that proton is a group of 02 quarks up ( mass = 2 eV ) and 01 quark down ( mass = 5 Mev ).
10. Unlike quantum electrodynamics ( QED ), the strong coupling constant of the constituents of a proton makes the calculation of hadronic properties, such as the proton mass and color confinement, a most difficult problem to solve.
11. Generally, proton-proton colliders are instead limited by the maximum magnetic field; this is why, for example, the LHC has a center-of-mass energy 70 times higher than the LEP even though the proton mass is 2000 times the electron mass.
12. However, the numerical values of nuclear masses in MeV / " c " 2 are quite large ( even the proton mass is ~ 938.27 MeV / c 2 ), while mass excesses range in the tens of MeV / " c " 2.
13. As gluon is estimated with mass = 0 eV, the addition should be proton mass = 09 MeV . So, How can the total mass from proton be estimated in 1 GeV . From where it cames that mass ?  Preceding talk ) 09 : 56, 16 February 2011 ( UTC)
14. All quantities are in cgs ) units except energy and temperature expressed in eV and ion mass expressed in units of the proton mass \ mu = m _ i / m _ p; Z is charge state; k is Boltzmann's constant; K is wavenumber; \ ln \ Lambda is the Coulomb logarithm.
15. The principle of relativity implies that the outcome of local experiments must be independent of the velocity of the apparatus, so the most important consequence of this principle is the Copernican idea that dimensionless physical values such as the fine-structure constant and electron-to-proton mass ratio must not depend on where in space or time we measure them.
16. As the bearer of these lines [ . . . ] will explain more exactly, considering the'false'statistics of light quanta in that they do not travel with the velocity of light : The mass of the neutron must be of the same order of magnitude as the electron mass and, in any case, not larger than 0.01 proton mass.
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