Sentence examples for wide volatility from inspiring English sources

"I don't think I can support a $75 million guarantee to any single company in this industry due to the wide volatility in commercial success of game releases," Mr. Esten told his bosses in an e-mail.

The developments discussed have introduced the potential to rapidly analyze compounds with a wide volatility range in the field to protect deployed military forces, the health of workers, and the health of the general public.

Combustion sampling for toxicological assessment often requires that large (greater than 100 mg) lots of complex organic mixtures of wide volatility range be rapidly recovered from high temperature gases without contamination.

Volatility in the fourth quarter impacted the earnings of most major banks, especially those in Europe, and clients may ask you about how the market-wide volatility is impacting Deutsche Bank.

But the shares, which listed at $31 a share and rose on the first day of trading to $35.06, quickly fell in value amid wider market volatility.

Volatile compounds identified in cleaning products covered a wide range of volatilities, from highly volatile ingredients such as ammonia (BP = -33°C) and isopropyl alcohol (BP = 82°C) and relatively less volatile ingredients such as 2-butoxyethanol (BP = 168°C) and mono-ethanolamine (BP = 171°C).

To encompass VOCs of a wide range of volatility, two different designs of enrichment and separation methods were adopted and compared with performance in analyzing ozone precursors of C3 C12.

When low thermal mass heated zones are used, and with a direct GC MS interface, analysis times of less than 5 min are possible for target compounds having a wide range of volatilities.

The use of multiple extraction temperatures for the HS-SPME procedure proved to be an excellent alternative for the screening of compounds present in honey with a wide range of volatilities.

The new optimization strategy was based on the use of three different extraction temperatures in a single assay, aiming at extracting a high number of compounds with wide range of volatilities.

An existing GC MS/FID method coupling with the cryogenic trapping was improved to perform continuous field monitoring of 106 VOCs, covering a wide range of volatilities and polarities (C2 C11 NMHCs, ≥C1 halocarbons, toxic chlorinated compounds, ethers, some esters and ketones).