ANALYSING ROLES OF POSITION IN CURLING BASED ON SHOTSCORES

This paper reports on the analysis of the characteristics for each position based on shot-scores in curling. We computed average shot-scores for each position from 26 curling game information, and analyzed the correlation between the differences in average shot-scores and the differences in final game scores. The results show that strong correlations appeared for the position of the lead and the fourth, and weak correlations for the second and the third. It indicates that the roles of the lead and the fourth relate to game score directly, but the roles of the second and the third relate to the game progress. We were able to confirm the relationship between the score and each position of the target team

気泡を含む液体中を伝播する強い衝撃波と気泡崩壊

application/pdfShock wave propagation and collapse of gas bubbles caused by a shock in a water containing gas bubbles are of large interest in relation to characteristics of water hammer, blowdown of high pressure liquids in pipes, damping of dynamic influence of shock waves on obstacles, etc. The large-amplitude shock wave propagations in the bubbly liquid are investigated using a two-phase shock tube. Effects of incident shock wave strength and initial void fraction on shock wave pressure characteristics are clarified for incident shock wave strength ranging from 0.06 MPa to 0.25 MPa. Behavior of the bubbles collapsing behind large-amplitude shock waves is also clarified by pressure history measurements and high speed photography

Dual EZH2 and G9a inhibition suppresses multiple myeloma cell proliferation by regulating the interferon signal and IRF4-MYC axis

多発性骨髄腫（MM）において，ヒストンメチル化酵素EZH2とG9aの共阻害は，インターフェロンシグナルの活性化とMMの重要な生存シグナルであるIRF4-MYCシグナルの抑制を介して，腫瘍増殖を抑制し，細胞周期停止とアポトーシスを誘導することを明らかにした

気泡を含む液体中を伝播する強い衝撃波に関する研究

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気泡流中の強い衝撃波現象に関する研究

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気泡を含む液体中の衝撃波伝播

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