Does the pulse do not peak?Is the pulse peak?If it is as high as nickel, it is too small (note that it is metal nickel!) Or the pulse is too large, and the nickel is saturated once again!Also, what seems to be called oxidation?I saw it in the literature, I feel that this method is more accurate, but I haven't used it!
Does the pulse do not peak?Is the pulse peak?If it is as high as nickel, it is too small (note that it is metal nickel!) Or the pulse is too large, and the nickel is saturated once again!Also, what seems to be called oxidation?I saw it in the literature, I feel that this method is more accurate, but I haven't used it!
There should be no peaks.The reason may be, one, not a metal state, nickel, naturally does not adsorb hydrogen, you can try to set the reduced procedure on the adsorption meter!Second, is there no pretreatment before the pulse, the other gas does not take off?
There should be no peaks.The reason may be, one, not a metal state, nickel, naturally does not adsorb hydrogen, you can try to set the reduced procedure on the adsorption meter!Second, is there no pretreatment before the pulse, the other gas does not take off?
The dispersion can also be calculated by TEM, but it is a partial dispersion. If the dispersion of the entire system is measured, H2 chemical adsorption is made, but the chemical adsorption procedure needs to be set, the pre-treatment time, then it must be metal,There must be a sufficiently long adsorption saturation time.H2-02 titration is more accurate, but it is more troublesome.
The dispersion can also be calculated by TEM, but it is a partial dispersion. If the dispersion of the entire system is measured, H2 chemical adsorption is made, but the chemical adsorption procedure needs to be set, the pre-treatment time, then it must be metal,There must be a sufficiently long adsorption saturation time.H2-02 titration is more accurate, but it is more troublesome.
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