origin和响应面图

1、实用文案三个纵轴双Y轴的曲线图柱形图是我们在写学术论文中常常要用到的方法,下面是我总结的在 origin中画过双Y轴的曲线图柱形图的方法自己摸索的 .1 .将数据分三列输入表格中,第一列为X,其余两列为Y;2 .先选中前两列,画折线图；假设画柱形图,双击柱形,在对话框中将实心的柱形改为空心的, 并在“ Spaceing 下将20 %改为80%,主要其区别作用.3 .选中图形窗口图形窗口上的标题栏为蓝色,右击图形窗口的右侧的空白处,点击右击菜单中的"NewLayerAxes ,在二级菜单中选择"RightY 此时右侧出现右 丫轴.同时 图形的左上角显示“ 1,2,其实是图形的

2、两个层,我们下面就是要将另一个图形画在层2上.4 .回到表格窗口,选中第三列数据,回到图形窗口并注意图形窗口的左上方的“2按钮选中一定要点击图形窗口,上面标题栏为蓝色,点Graph菜单下的"AddPlot toLayer 选择柱形图,这时,另一个曲线图或柱形图就画出来了.其他设置可自行完成.以上方法对画曲线图比拟有利,但画柱形图存在在同一个X处图形重叠的问题,我用的方法是步骤1中的区分方法,不知道各位虫子有没有更好的方法！标准文档实用文案gm(n nMThrlnecn oc A<-8 6 4 2 0111118642 o2 0 8 6 4 2 01 1o-ymuFck GOT

3、nntarlnecnocIQrprcaB605648444052/ Lgm rn«uTswtnecnoc- p 1-r I Bacterial concentrationI- 20Lg mlhnMThtn ecnoc A<-86-420 1111186420JLgm (nnMThrlnecnoc- p o o o o o 5 4 3 2 1 0IAA Concentration51015(g/L)Soybean meal Concentration2 0 8 6 4 2 0 o-l)l muFck gol npFngnoppolJoaB标准文档实用文案)LgmJn?guecno

4、c AA1 4 2 1-0 ' : 1 1 1 8 6 4 2 0P-concentrationBacterialInorganic salts (g/L)Lgmt'nuThtnecnon-p4 6 OQI- 0 2 4 6654432180IAA Concentration)I muFcr(w gol nnMtoptnec nocl«0rprc ab1-)1 muFck gol nMtarlnecnocr«0rprcaB1-122436486072Time(h)rnlnnMThtn ecnoc AA1 8 6 - 4 2 o ! i - 111118643

5、_Lg£,x:PFgcnoo. p0864208642098888co 77777一一 B二c DBacterial concentration IAA concentration P-concentrati0n 14.0 -13.5 -13.0 -12.5 -12.0 -11.5 -标准文档实用文案IAA concentration一一P-concentrationBacterial concentration?L mgmLnnrplnecnoc AAT 098765432 2 1 1 1 1 1 1 1 1JJL mgEuzcxxugROC p 098765432 6555555

6、55Time(h)20 C0 5 0 5 0 5 0 5 4332211ci T- T- T- T- T- T- T- d )-L rnrTOIGOL nnratnecnocLorarcaB标准文档22Jr-_L mgE-CPOUXWROC AA 0 8 6 4 2 111yl mgELCPmoonoo AA 0 8 6 4 2 2 1111实用文案P-concentration IAA concentrationL mgnhrawtnecnon- p-65608642 0 864255555444414.0 一Bacterial concentration24364860728496Time

7、(h)25 CP-concentrationIAA concentrationBacterial concentrationO13.5n13.012.512.011.511.024364860728496Time(h)c3013.513.012.512.011.511.014.0y)-l mMPTOIGOL nHMTXWtoecnonr«arpcaB/ L mMTC oigol npmecnoo.ol-aEQaB 1-标准文档实用文案Bacterial concentration14.0 .一一P-concentrationIAA concentration80mus-c oigol

8、 HMUT-atn ec n OCTKPr.arc aBIL13.5 _13.0 .12.5 .12.0 -J一-r24364860728496Time(h)35 C75-)70 L65605550jt_l mgE-cpmoKJnoc A AT0 8 6 4 22 11111/-Ltclo-gq-j npmoonoFFawaB24364860728496Time(h)标准文档实用文案不同温度条件下的菌体生长情况24364860728496877665541/L mgE-cpmoonoc PTime(h)不同温度条件下菌体的溶磷量标准文档实用文案243648607284961/L mgmln_o

9、rawtnecnoc AA1Time(h)不同温度条件下的IAA含量标准文档实用文案yL murhculGOL nurotnecnocl«arprc§D14.0 -J13.5 -13.0 -12.5 -T12.0 -11.5 -11.0 -10.5 -24II364860728496标准文档Time(h)不同转速条件下菌体生长情况实用文案mlnwThrTnecnoc AAT 8 6 4 2 0 1 111118P-concentration 66 rIAA concentration42. 8642. 66655555)Lg E-cpou-neROC- p243648607

10、2Cultivation time(h)24364860728496)1 muFOI(WIGOL nnMThRtnodnocl«orFcaB1-Cultivtion time(h)标准文档实用文案标准文档实用文案Design-Ex pert?SoftwarePhosphate solubilizationI 63.944X1 = A: YMFX2 = B: DPActual FactorsC: K2HPO4 = 2.00D: MnSO4 = 0.20soybean meal (g/l) 12.50Design-Ex pert?SoftwarePhosphate solubilizat

11、ion d Design Points63.9,4420.00Phosphate solubilizationX1 = A: YMFX2 = B: DPActual FactorsC: K2HPO4 = 2.00D: MnSO4 = 0.20Hgrae m n aeDVXUS17.5015.0012.5010.0045.0050.0055.0060.0040.00corn f lour (g/l)Design-Ex pert?SoftwareIAA concentrationD Design PointsU21.26511.85820.00IAA concentration (mg/l)X1

12、= A: YMFX2 = B: DPActual FactorsC: K2HPO4 = 2.00D: MnSO4 = 0.20xarhae m naABVXUS17.5015.0012.5010.0040.0045.0050.0055.0060.00corn f lour (g/l)标准文档实用文案20.0017.5015.0055.00J'' 50.0060.00Design-Ex pert?SoftwareIAA concentrationD21.26511.858X1 = A: YMFX2 = B: DPActual FactorsC: K2HPO4 = 2.00D: M

13、nSO4 = 0.20soybean meal (g/l)12.5045.00 corn flour (g/l)10.00 , 40.00PZZzICell growthhLy mlnMlarThecnor- p oooooooo 876543210g mlnnratnecnoc AAH2 0 8 6 4 2 0 221111186420IAA concentrationP-concentration3035mMprKulnHrhr wnrnpLec2025Temperature( )标准文档70f/ g rnlhnMrhrlnec non- p o o o o o o 6 5 4 3 2 1 0实用文案eQCD'O0e5E)u,s而nualAUQ 56 4 2 0 F 1111&S42O；*；*；*；3 z 1 o _1 .1/(三/njos- q?2!E =201IAA concentrationP-concentration2220mlhuThtnecnoc A<-8 6 4 2 0 ： 1111186420Cell growth14 -4%2%3%Inoculation amount2 0 8