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- MOL技術(shù)MOL technique
- （G+C）mol%(G+C)mol%25
- 有效氯(mol/L)=2Cl_2(mol/L)+5ClO_2(mol/L)+4ClO_2~-(mol/L)effective chlorine (mol/L) = 2Cl_2 (mol/L) + 5ClO_2 (mol/L) + 4ClO_2~- (mol/L)When electrolysing neutral salt-water, original salt-water concentration was 30g/L, higher concentration has little effect on product ratio of hypochlorite.
- Mol白細胞粘連蛋白Mol leukocyte adhesive protein
- MMA聚合反應表觀(guān)活化能為130kJ/mol; PMMA接枝率隨聚合轉化率增加The kinetics of in-situ MMA polymerization initiated by chelated or anchored ACPA on nano-CaCO3 and the grafting behavior of PMMA was studied, PMMA/nano-CaCCb composite particles with well encapsulation and the greater grafting degree of PMMA were prepared based on the fundamental research.
- l-蓮堿(l-REM)對5-HT_2受體的親和力與Z-STP相似(Ki=1.7×10~(-7)mol)。The effect of l-roemerine (l-REM) on 5-HT_2 receptor appeared to be similar to that of l-STP, its K_i value was found to be 1.7×10~(-7)mol.
- B組30例，0.71 mol/g次氯酸鈉和0.58 mol/L乙二胺四乙酸(EDTA)沖洗組。For group B, root canal irrigation was carried out by alternating use of 0.71 mol/L Sodium hypochlorite and 0.58 mol/L EDTA (n=29).
- 由PVF接枝丙烯酸的Arrhenius曲線(xiàn)求得該體系的總活化能為5.8kcal/mol。From the Arrhenius curve for the grafting of acrylic acid with PVF, the overall activation energy for this system was 5.8kcal/mol.
- 環(huán)氧丙烷、環(huán)氧氯丙烷開(kāi)環(huán)聚合反應活化能分別為61.3kJ/mol和48.9kJ/mol。According to Arrhenius equation, it was found that polymerization activstion energies for PO and ECH are 61.3 Kj/mol and 48.9 Kj/mol respectively.
- 9kj/mol（Kissinger's 方法）。9kj/mol (calculated by Kissinger's method) .
- 其熱變形激活能Q為288.79kJ/mol;The hot deformation activation energy of KFC copper alloy during hot deformation is 288.79 kJ/mol.
- 結果表明：在以氨氣為氮化氣源的體系中，合成氨化硅粉的氮化反應活化能為103kJ/mol。And it has ben shown that the activation energy of nitriding reaction, in which the nitridins gas is NH3, is103kJ/mol.
- mol-1.cm-1,檢出限BSA為19mg/L,HSA為23mg/L。The detection limits are 19 mg/L for BSA, and 23 mg/L for HSA.
- 用1.5 mol/L的H2SO4溶解MnCO3產(chǎn)品,可制得MnSO4。The MnSO_4 can be gained when the MnCO_3 product is dissolved by 1.5 mol/L H_2SO_4.
- 從Arrhenius關(guān)系得到的遷移活化能為36.6kJ/mol。The activation energy of transport is 36. 6kJ/mol according to Arrhenius equation.
- 吸附熱34.9KJ/mol; 表面反應活化能為106.4kJ/mol。The apparent activation energy,the adsorption heat and the activation energy of surface reaction were 71.5kJ/mol,34.9kJ/mol and 106.4kJ/mol,respectively.
- R1勢壘比R2勢壘低3.11kJ/mol。 表明R1是主反應通道。Rl is about 3.11 kJ/mol lower than R2 DIt shows Rl is the major reaction channels.
- 室溫下kobs為0.0429 min-1,表觀(guān)活化能為52.56 kJ/mol。At room temperature,k_(obs)is 0.0429 min~(-1). The apparent energy of activation is 52.56 kJ/mol.
- 而 10 - 3 mol/L氟化物可促進(jìn)骨形態(tài)發(fā)生蛋白表達明顯增強。higher concentration fluoride(10 -5 ?mol/L) c an promote significantly expression of BMP.
- 水和1.0 mol/L KNO_3對土壤吸附態(tài)SO_4~(2-)解吸率甚低(<40%).The desorption rate of water or 1.0mo/L KNO3 was very low (40%25) and the desorption capability of KNO3 to adsorbed SO_4~2- of acidic soils was weaker than that of nearly neutral soils, indicating that acidic soil held and fixed SO_4~2- more firmly.
