Haru yasu model4/7/2023 ![]() ![]() ![]() decompression program, LHarc, is copyrighted by Haruyasu Yoshizaki. These variations in the calculated TFWT concentrations and OBT amounts, each mainly controlled by HTO exchange between canopy air and leaf cellular water and by carbohydrates translocation from leaves, fairly agreed with the observations within average errors of a factor of two. ABSTRACT Model input and sample output values for the geohydrology and ground. Calculated non-exchangeable OBT amount in leaves linearly increased during the exposure, and after the exposure, rapidly decreased in daytime, and, moderately nighttime. apparatus for pattern recognity in employing the hidden markov model 578. Calculated TFWT concentration in leaves increased soon after the start of HTO exposure, reaching to equilibrium with the atmospheric HTO within a few hours, and then rapidly decreased after the end of the exposure. Masahiro, 5.695 326, 120997, ( 1 418 ༤ j Takeuchi Yosh - haru Yasu. The developed model was then validated through a simulation of an existing experiment of acute exposure of grape plants to atmospheric HTO. Tritium fluxes at the last two processes are input to a carbohydrate compartment model in leaves that calculates OBT translocation from leaves and allocation in them, by using photosynthesis and respiration rate in leaves. The processes included for calculating tissue free water tritium (TFWT) in leaves are HTO exchange between canopy air and leaf cellular water, root uptake of aqueous HTO in soil, photosynthetic assimilation of TFWT into OBT, and, TFWT formation from OBT through respiration. Characteristic of the model is, for calculating tritium transport, it incorporates a dynamical atmosphere-soil-vegetation model (SOLVEG-II) that calculates transport of heat and water, and, exchange of CO 2. A numerical model simulating transport of tritiated water (HTO) in atmosphere-soil-vegetation system, and, accumulation of organically bound tritium (OBT) in vegetative leaves was developed. Napata, Tanabe Kyou, Sekiya Asami, Yoshimura Tatsumaki, Shiwasu no Okina, Kawakami Rokkaku, Takanashi Rei, Miyama, Yasu, Fan no Hitori, Kinntarou. ![]()
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