島根農科大学
ISSN:0559-8311
ダウンロード数 : ? 件
この文献の参照には次のURLをご利用ください : https://ir.lib.shimane-u.ac.jp/4042
島根農科大学研究報告 11
1963-01-31 発行
山火事燃焼機構の研究(第1報) : 連続する燃材の延焼性と密度との関係
Studies on the Combustive Mechanism of Forest Fires(1) : On the Relations between Density and Flame Advancement in Fires of Continuous Combustibles
中村 貞一
ファイル
内容記述（抄録等）
To study what an influence exerts the fuel density on advancing flame fronts of forest fires, the author tested some woody materials, i. e. wood wool, wood pulp and others, stuffed in a vessel in homogeneous continuity under a complete dry condition, measuring the following articles in a windtight laboratory ;
(1) velocity of advancing flames in a rectangular vessel (4×3×50<cm>^3), and (2) fire durations in a round vessel (φ 15cm, 4.5cm deep).
Of the former measurements, shown in Fig. 2, he supposed the following equation for between distribution density ρ and average fire advancing velocity r,
r = (k_1)/(logρ) + a
Here k_1 and a are constants.
Of the latter measurements, shown in Fig. 3, he fonnd a following equation for burning duration D at the centre in a vessel,
log D = k_2logρ + b
Here k_2 and b are constants.
(1) velocity of advancing flames in a rectangular vessel (4×3×50<cm>^3), and (2) fire durations in a round vessel (φ 15cm, 4.5cm deep).
Of the former measurements, shown in Fig. 2, he supposed the following equation for between distribution density ρ and average fire advancing velocity r,
r = (k_1)/(logρ) + a
Here k_1 and a are constants.
Of the latter measurements, shown in Fig. 3, he fonnd a following equation for burning duration D at the centre in a vessel,
log D = k_2logρ + b
Here k_2 and b are constants.
About This Article
NCID
AN00108241
Other Article