thermal inertia

基本解釋

Introduced a character of the thermal inertia firstly to study on land covering material in urban surface.
在城市下墊面物理性質的研究中，首先引進了熱慣量這個特性參數，來分析城市下墊面材料性質。
According to thermal inertia, the autumn drought in Shandong Province in 2002 was monitored by utilizing satellite remote sensing data.
利用極軌氣象衛(wèi)星遙感資料對2002年山東省秋季干旱進行監(jiān)測和服務，其監(jiān)測方法主要采用熱慣量法。
The results showed that the methods on soil moisture monitoring by remote sensing, which are mainly stood for by improved thermal inertia, CWSI and vegetation index, are becoming mature.
以改進的熱慣量法、作物缺水指數法和植被指數法等為主要代表的土壤水分遙感監(jiān)測方法日臻成熟。

熱慣量
The soil humidity is retrieved by revising the thermal inertia involving the vegetation canopy. The split-window techniques are used to pick-up the remote sensing information of the land surface temperature.
在土壤濕度的反演中，通過對植被的考慮，改進和完善了傳統(tǒng)的表觀熱慣量法；提取地表溫度遙感信息時，采用了分裂窗技術。
熱慣性

熱慣量
Apparent thermal inertia (ATI) and vegetation water supply index (VSWI) model are two main methods for domestic vocational soil moisture monitoring.
表觀熱慣量和植被供水指數模型是目前國內業(yè)務化監(jiān)測土壤濕度的兩種主要方法。
熱慣性
The thermal inertia means measured temperature delay influence which was yielded by thermocouple temperature sensor.
即熱接點的溫度變化,在時間上總是滯后于被測介質的溫度變化,熱電偶的這種現(xiàn)象稱為熱慣性1。
機械工程
熱慣性