content unknown 中文意思是什麼
content unknown
解釋
貨物內容不詳-
The actual size and content of aristotle's library are unknown.
亞里士多德圖書館的實際規模和藏書內容已無從知曉了。 -
Default policy permission set suitable for content from unknown origin
適用於來源不明的內容的默認策略權限集。 -
The default policy permission set suitable for content from unknown origin
適用於來源不明的內容的默認策略權限集。 -
Life can not be heavy, the length of life are still unknown, but we can control is the content of life, the quality of life is the quality of life, life is the width, not - mediocre yung pursuit of life, even if only long again a no value blotters, has performed poorly as jiaoqu, and fighting progressive enrichment fullness of life, even a very short is a fresh meaningful short poems, meaning deep bang
人生不能重來，人生也無法預知長短，但我們可以控制的，是人生的內容，是人生的質量，是生命的品質，是生命的寬度，庸庸碌碌沒有追求的人生，即使再長也只是一部沒有價值的流水帳，乏善可陳味同嚼蠟，而拼搏進取充實豐滿的人生，即使很短也是一首清新雋永的小詩，寓意深刻回味無窮。 -
Several groups of sand with unknown water content are measured. contrasting with the simulated curves " formulas, the errors " range are offered
測量了幾組未知水分含量的沙子，與曲線擬合公式進行對照，給出了誤差范圍。 -
In sum, astronomers widely believe the current energy content of the universe to be roughly 4 percent ordinary ( or “ baryonic ” ) matter, about a tenth of which is seen as stars and gas ; a third dark matter in some unknown form ; and two thirds dark energy, the nature of which is even less understood
總之天文學家普遍相信，現今宇宙能量的4 %為普通（或重子的）物質，其中只有1 / 10才是看得到的星球與氣體；宇宙能量的1 / 3是某種未知形式的暗物質； 2 / 3的能量則是我們更不了解的暗能量。 -
A number of factors will affect efficiency of the biosorption, and these factors were studied in chapter three, including the ph value, initial biomass loading and content of heavy metal ions, ion strength of the solution, etc. although the research for new and innovative treatment technologies has focus attention on the metal binding capacities of various biomass, the exact interaction between the ligands of the metal uptake process and the description of the thermal properties of the biosorption remain essentially unknown
藻類對重金屬離子的吸附效率受藻類細胞表面及溶液的物理化學狀態的影響，本文從ph 、藻粉的起始含量及重金屬離子的起始濃度、離子強度等四個方面做了研究。第四章是大型海藻生物吸附平衡的熱力學研究，我們對平衡數據做了langmuir方程的回歸分析，得到了兩種海藻吸附各重金屬離子的最大吸附容量；我們還以cu為例研究了溫度對吸附容量的影響，並計摘要算了其吸附熱。
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