Seeking a Master of Chemistry Translation!!! C element

And the study of graphite also includes those utilizations.

For a while less and less, layers, 1 field was sent.

Bumpy in 2004 when Geim and colleagues were in Manchester.

The University isolated a single-layer sample from graphite for the first time.

See Figure 1).2 This leads to the occurrence of interest **, in partbecause two-dimensional crystals are considered thermodynamic.

Unstable, 4 quasi-two-dimensional limited.

Molecular beam epitaxy (MBE) growth movie.

support substrates, often play a stabilizing role.

growth and significant effect, with a clear impact.

Electrical, in contrast, mechanical stripping.

The Manchester Group is technically separated.

Graphite crystals from two dimensions to three dimensions.

causes the singular lamellae to be fixed in.

The substrate is only Van der Waals force and can.

Etched this minimal free stand.

any consequences caused and allow scientists to probe.

Intrinsic properties of graphite.

While graphite research consisted of those utilizing fewer and fewer layers for a period of time,1 this field brought a bump in the ground in 2004, when he and colleagues at the University of Manchester made the first isolated graphite monolayer sample (see Figure 1). 2 This has led to the interest of **, in part because 2D crystals are considered thermodynamically unstable at finite temperatures, and the molecular beam epitaxy of quasi-2D films is stable to support substrates, which often play an important role in the growth of electrical properties with a significant impact on electrical properties. 5 In contrast, the mechanical shedding technology is used by the Manchester Group to isolate 2D crystals and 3D graphite.

The results of single and several layers were fixed on the substrate only by van der Waals and could be independently etched away from the substrate6-9 which minimized any inducing effects, allowing scientists to explore the intrinsic properties of graphene.

The molecular formula is C5H8, which conforms to the general formula CNH2N-2 So, it is alkyne or diene or...

It can discolor the carbon tetrachloride solution of bromine. Same as above, there are unsaturated bonds.

It cannot react with silver ammonia solution to form precipitate. There is no aldehyde group.

Under the action of a catalyst, it reacts with excess hydrogen to form n-pentane. for straight chains.

Acetic acid and propionic acid are obtained after oxidation by acidic potassium permanganate. for alkyne.

Therefore, it is 2-pentyne.

ch3c≡cch2ch3

The structure of this compound is simplified: CH3CH=CH2CH3

This is ch3ch=chch2ch3, and this is its molecular formula, which is named 2-pentadilute according to the standard nomenclature.

The concentration of NaCl is molar per liter, and the concentration of barium chloride is moles per liter of chloride ionic substance.

The amount of the substance of NaCl is:

The amount of NaCl substance before mixing is concentrated at 4 5 =

The amount of the substance of BaCl2 is:

The amount of BaCl2 before mixing.

Is this question the original one? Huh...

It can be known that there is NaCl and some barium chloride after mixing. So.

1）n（cl)=4+

The mass concentration of the matter is.

It can be known that there is NaCl and some barium chloride after mixing. So.

1）n（cl)=4+

The mass concentration of the matter is.

The answer is that the two oxides of sodium, Na2O and Na2O2, let the pure destroy.

Individually gram reacts with water, and sodium oxide produces about sodium hydroxide.

Na2O2, on the other hand, produces about sodium hydroxide.

From the inscription, it can be seen that the amount of hydrochloric acid in the resulting solution is between the two.

Therefore, it must be a mixture of the two oxides.

And sodium peroxide is the majority of the mixture.

That's the way it works.

Limit Method.

Put each of the four gases in a beaker, put the burning paper in it, and the flame will continue to change into air, the fire will become more vigorous with oxygen, and the extinguished will be nitrogen and carbon dioxide, and saturated lime water will be added to the extinguished two gases, and the white turbidity will be CO2 and the rest will be N2.

Solution: (1) Put the wooden strip with sparks into four bottles respectively, and there are three situations of re-ignition of the wooden strip, no obvious phenomenon, and extinguishment.

It is O2 that causes the wood to rekindle, [what does not show any obvious phenomenon in the wood is air] [N2, CO2 that extinguishes the wood stick].

2) Leave N2 and CO2, inject the clarified lime water, and see that the lime water becomes turbid and still clarified.

It is CO2 that makes lime water turbid

It is N2 that makes the lime water still clear

Sequentially: magnesium oxide, aluminum oxide, calcium oxide, ferric oxide, potassium oxide, manganese oxide, silicon oxide, sulfur, chromium, strontium, titanium dioxide, arsenic, copper, cobalt, manganese, rubidium, lead, titanium, zinc, zirconium, barium hope adopted.

Magnesium oxide alumina.

Calcium oxide, iron oxide.

Potassium oxide, manganese monoxide.

Silicon dioxide sulfur chromium.

Titanium dioxide, arsenic copper.

Cobalt, manganese, rubidium, lead. Titanium, zinc, zirconium, barium element.

Magnesium oxide, alumina, calcium oxide, iron oxide, potassium oxide, manganese oxide, silicon oxide, sulfur element, chromium element, strontium element, titanium oxide, arsenic, copper element, cobalt element, manganese element, rubidium element, lead element, titanium element, zinc element, zirconium element, barium element.

Give more points, chemical elements are too difficult to play with input methods!