carbon chain

The only difference is the length of the carbon chains!

"There are secrets that the carbon chains can keep even from us."

The problem is not getting the hydrogen, but rather sticking it on carbon chains.

The short carbon chains boil away (and are captured) first.

These carbon chains usually do not possess a large number of double bands.

The longer the carbon chain, the harder it is to achieve 100% combustion.

They both have a double bond located midway along the carbon chain.

The carbon chain does not break in a hydrogen atom migration.

I had nothing like their knowledge of the carbon chains, but I could sense them well enough to compare.

They are almost certainly made up of carbon chains in a way that will be unusual, but still very understandable to our biologists.

"We don't do very much to the carbon chains.

The substituents are any functional groups attached to the main carbon chain.

Here, the carbon chains have gotten so large that they are actually tiny particles of soot.

At the same time, the carbon chain of the alcohol resists solubility in water.

The main carbon chain is the longest possible continuous chain.

A stationary phase of silicon with carbon chains is commonly used.

Most of the carbon chains are unsaturated, with 18:1 being the most common.

This dipole moment is perpendicular to the carbon chain axis.

A molecule with a longer carbon chain is easier to detect, and has a lower detection threshold.

The Creighton process involves the hydrogenation of a 6 carbon chain alcohol.

An infinite number of substituents can be obtained simply by increasing carbon chain length.

The viscosity of alcohols increase with longer carbon chains.

"No sign of organic carbon chains out here," Dax pointed out.

These fatty acids contain double bonds within carbon chain.

The boiling point and carbon chain length of the fuel increases with fuel oil number.