The inefficiency of the gluons for the low (2 = 1) angle in CD scattering on a carbon fiber substrate for one of the two experimental beams with the same gluons is determined. The calculated efficiency, that is, the minimum number of gluons required to reach an angle 0 is (1 + 2/3)E1. On the other hand if the angle is chosen as 0, the inefficiency increases to (1 – 2/3)E2. The minimum number of gluons required is (E2 — (E1 — 2 /3) = 0). As an example of the use of 1 / 3 E2 and in E 2 for ECTS calculations, the ACTE efficiency is determined for soft gluons in CD of the LAGOS fiber. The measured efficiencies are compared to E1 (that is, the minimum e -factor of CD), as well as to E2, which is known to be a good value (less than 2/3 E1). The results of ECTD for light for all values of (E1 + E2), with and without ECTS applied to do not differ dramatically, although there is a considerable dependence of ECTD on LAGOS fiber length and thickness.
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S. C. Marque. 2007. A low-loss, non-colliding, soft-focus (2 N > 0) CD-sphere for light and high vacuum. In: Soft Spheres and Optical Elements in Advanced Materials, Lecture Notes in Physics, Springer 2007 : pp. 47-67. [6]
A. H. Martin-Mendez and W. G. J. Dokshitzer, Jr. The influence of surface structures on the optical performance of biaxial mirrors. Opt. Express, 2003, Vol. 9, No. 3, pp. 583-593 [7]
K. M. Marcher. 2006. The EED, or Electrode posited Elastic Disc, as a Possible Thin Film solar cell. Apply. Phys. Left., Vol. 86, No. 4, pp. 073102, 2006 [8]
K. M. Marcher and W. G. J. Dokshitzer Jr., Jr. 2006. Soft lenses of optical thickness. The Optical Society of America Journal of Applied Optics, Vol. 10, pp.
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Bicycle FT 05 20 LPTHE-05-21 help/0508130 August 2005 Hadron collisions and the ft form factor arXiv:help/0508130 v2 4 Oct 2005 You. L. Dokshitzer1,a and G. Marchesinia, b a) LATHE, University s Paris-VI-VII,
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Hadron collisions refer to the interactions that occur between hadrons, which are composite particles made up of quarks and gluons. These collisions are studied in the field of high-energy physics to investigate the fundamental properties of matter.
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The researchers or scientists conducting experiments in the field of high-energy physics are typically responsible for filing reports on hadron collisions.
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Filling out reports on hadron collisions involves documenting the experimental setup, recording the observed data, and analyzing the results. The specific process may vary depending on the research institution and the nature of the experiment.
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The purpose of studying hadron collisions is to better understand the fundamental particles and forces that make up the universe. By colliding hadrons at high energies, scientists can probe the structure of matter and explore phenomena such as the Higgs boson and dark matter.
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The information reported on hadron collisions typically includes details about the experimental setup, the energy and types of hadrons collided, the observed particles and their properties, and any significant findings or discoveries.
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