Gamma-ray solid laser: variety of work nuclei and host-matrixes in Mendeleev Table screened with use of system of criteria based on joint GGRH theory

摘要

The hosts and nuclei-candidates (mass ～46 - 243, transition energy ～1 - 200 keV, decay's time 10~(-7) - 10~(+2) s) for gamma-iaser (GL) realisation are represented over Mendeleev Table. The choice of active media (nuclei-candidates, hosts) for GL is based on the joint theory of γ-generation and radiation-heat regime (GG&RH) which accounts a big complex of hindrances against GL and thus discards many tentative candidates. Nuclei-candidates are screened at the analyzing of data banks for nuclear transitions. Chosen candidates (～20) could be used due to author's method SPTEN (Soft Prompt Transplantation of Excited Nuclei). The discarded tentative nuclei (～80) with the life-times 10~(-6) -10~(+2) s are represented too. All analyzed long-lived (～0.5 - 10~(+2) s) isomers are turned to be not fit for GL without use of very strong multi-wave Borrman effect even at the supposition of natural line's width. The application of the revealed candidates in two different γ-laser's categories (residential and non-residential) is discussed.