Sentence examples for tough bonding from inspiring English sources

"There is a risk that, if not in this but in another case, a tough bonding requirement could lead to Kraft having to contribute to the overall resolution," said Christophe Razaire, senior credit officer at Moody's.

Comparisons among different alloyed layers (different powders alloyed on different rolls) indicated that rolls with a low content of carbon and alloying elements, and alloying powders with tough bonding components are good to obtain a dense and defect-free alloyed layer and a large wear resistance improvement of the substrate.

"Not so tough," Bonds said with a smile.

Using woodchips as a feedstock, it employs heat and chemicals to break down the tough bonds in cellulose molecules.

NEW YORK TIMES RBS Executive Acknowledges Tough Bond Markets | Just a few days before Royal Bank of Scotland announces its second-quarter earnings, John Hourican, chief executive of the firm's global banking and markets business, has already come forward to warn of continued bond market perils.

It was taking the new, tougher Bond -- the realer Bond, who has much more of an inner world -- and bringing back some of the things that could reconnect me to my inner 13-year-old, that gave a thrill when I was a kid: the DB5, the Bond theme.

It is expected the MAO-formed bioactive porous titanium will not only be beneficial to bone ingrowth into the porous structure, but also be beneficial to achieve a tough chemical bonding at the bone/implant interface.

"Investing in stocks is tough, but bonds are tougher right now," said Lewis Altfest, a financial adviser based in New York who oversees more than $250 million.

As this is an effective bet that peripheral governments will not have the stomach to push through tough reforms, bond investors are spending as much time analyzing the power of Spanish and Greek unions as they do the spreads on credit default swaps.

Although nitrogen is very common in the air, only a few organisms are able to break the tough chemical bond in the gas to create the nitrate form that plants and animals use to develop proteins.

Scientists have identified the first bacteria that can break the toughest chlorine bonds in polychlorinated biphenyls (PCBs), some of the most stubborn pollutants in the world.