potential for infection 中文意思是什麼
potential for infection
解釋
感染潛勢-
During daily monitoring for the onset of contact vaccinia symptoms, 1 person had a rash and 1 had fever, but neither person had vaccinia virus infection ; all other potential contacts remained healthy with no nosocomial transmission
對開始接觸有牛痘癥狀的日常監護期間，一人出現皮疹一人發熱，但沒有人感染牛痘病毒，所有其他可能性的非醫院的傳染接觸依然健康。 -
During daily monitoring for the onset of contact accinia symptoms, 1 person had a rash and 1 had feer, but neither person had accinia irus infection ; all other potential contacts remained healthy with no nosocomial transmission
對開始接觸有牛痘癥狀的日常監護期間，一人出現皮疹一人發熱，但沒有人感染牛痘病毒，所有其他可能性的非醫院的傳染接觸依然健康。 -
There are already several potential vaccines for protecting humans from infection with bird flu, at various stages of testing and production
到目前為止已經有多種用於預防人類傳染禽流感的疫苗處于不同的試驗和生產階段。 -
However, because influenza a viruses have the potential to change and gain the ability to spread easily between people, monitoring for human infection and person - to - person transmission is important. ( see information about influenza pandemics for more information
然而，由於甲型流感病毒有可能發生變異並且獲得在人群中易於相互傳播的能力，因此檢測人對本病毒的感染及人與人間的相互傳染是很重要的。 -
With reference to calculation methods of solar radiation within domestic and abroad literature and with the help of our country ' s dem ( with its resolution is 1 km x 1 km ), we build a new model for potential solar radiation calculation combining with pci geomatica ' s platform. in the calculation, hypothesis is that insofar one clear day in more than one year as the biggest value of solar radiation of one day in many years is defined as potential value of daily global solar radiation, we also consider the infection of the slope, aspect and its geometry relations affect on solar radiation. we calculate potential solar radiation which maybe useful for research the distribution of solar energy and build large - scale grid database of our country ' s solar radiation
本研究試圖在借鑒國內外已有的太陽輻射計算方法的基礎上，利用全國的1 ： 100萬數字高程模型數據（ grid大小1km 1km ）為數據源，以pcigeomatica為計算平臺，以全國多年的太陽輻射日觀測數據進行模式驗證，在晴天無雲的理想條件下，根據太陽光線與實際地形間的幾何關系，研究坡度、坡向等地形因子對太陽輻射的影響，探討太陽輻射在復雜地表上的分配規律，力求尋找潛在太陽總輻射合理的計算方法，為研究太陽輻射時空分佈特徵和建立全國尺度的太陽輻射柵格氣象數據庫奠定基礎，為大尺度上的生態學過程研究提供基礎信息。
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