例句與造句

1. Most Chinese walls were also sloped rather than vertical to better deflect projectile energy.
2. Projectile energy range for light incident ions is in 0.5-3.0 MeV / nucleon range.
3. The calculations that model this process are relatively simple, assuming projectile energy is in the range corresponding to Rutherford scattering.
4. Most outdoor ranges will restrict the maximum caliber size and / or projectile energy based on the design specification of the range.
5. Thus from the target's point of view, colliders can explore collisions with much higher projectile energy and momentum per unit mass.
6. It's difficult to find projectile energy in a sentence. 用projectile energy造句挺難的
7. What is the efficiency of projectile energy conversion into gamma radiation, into seismic waves, into kinetic and thermal energy of the debris?
8. The weapons law doesn't apply to air guns and similar with a projectile energy less than 10 joules at the end of barrel.
9. Previous high-energy nuclear accelerator experiments have studied heavy-ion collisions using projectile energies of 1 GeV / nucleon up to 158 GeV / nucleon.
10. Though the cost of power switching and other factors can limit projectile energy, a notable benefit of some coilgun designs over simpler railguns is avoiding an intrinsic velocity limit from hypervelocity physical contact and erosion.
11. As the process is completed at the speed of electricity the plates are moving when struck by the projectile causing the projectile energy to be deflected whilst the energy is also dissipated in parting the magnetically attracted plates.
12. Small coilguns are recreationally made by hobbyists, typically up to several joules to tens of joules projectile energy ( the latter comparable muzzle energy to a typical air gun and an order of magnitude less than a firearm ) while ranging from under one percent to several percent efficiency.
13. Similarly to the PPS, the k / 44 was created in response to a Finnish Army requirement for a compact and lightweight weapon with similar accuracy and projectile energy to the Finnish Suomi submachine gun widely deployed at the time, with reduced rate of fire, produced at lower cost and requiring less manpower, particularly skilled manpower.