1962
DOI: 10.1080/14786436208211858
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The interactions of π-mesons with complex nuclei in the energy range (100–800) MeV. III. The interaction lengths and elastic scattering of 300 MeV π-mesons in G5 emulsion

Abstract: mesons with complex nuclei in the energy range (100-800) MeV. III. The interaction lengths and elastic scattering of 300 MeV π − -mesons in G5 emulsion, Philosophical Magazine, 7:74, 237-245,

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Cited by 16 publications
(1 citation statement)
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“…In this letter, we are concerned with self-assembled patterns on microsized spherical surfaces and caps induced via thermal buckling, aiming at verifying the feasibility of thirdroute nanofabrication 1 on curved surfaces. The packing patterns of identical units on a spherical surface are typically triangular lattices with 12 fivefold disclinations, as was confirmed by theoretical works on the minimal energy configuration of identical charges on a conducting sphere, 8 known as the Thomson problem. 9 Numerical results concerning the Thomson problem and related issues often provoke disputes due to the intrinsic difficulty in finding the global minimum.…”
mentioning
confidence: 78%
“…In this letter, we are concerned with self-assembled patterns on microsized spherical surfaces and caps induced via thermal buckling, aiming at verifying the feasibility of thirdroute nanofabrication 1 on curved surfaces. The packing patterns of identical units on a spherical surface are typically triangular lattices with 12 fivefold disclinations, as was confirmed by theoretical works on the minimal energy configuration of identical charges on a conducting sphere, 8 known as the Thomson problem. 9 Numerical results concerning the Thomson problem and related issues often provoke disputes due to the intrinsic difficulty in finding the global minimum.…”
mentioning
confidence: 78%