I knew he'd come my way with the linebacker on me.

Take, for example, the case of middle linebacker last season.

He's almost like a linebacker with his hand on the ground.

The next season he started all 16 games at left outside linebacker.

They already have 5 star Linebacker coming in the 2014 class.

He played as both a linebacker and center for the team.

He started all 12 games as the strong side linebacker in 2001.

Actually, that's what his new job at right outside linebacker is all about.

I got to the 15-yard line when this linebacker came from the side.

He did not play linebacker in high school until his senior season.

Although he has the skills to play either outside or inside linebacker.

He'll make a linebacker look like he's standing in place.

He thought it made him look more, well, like a linebacker.

In his first year played 11 games with one start at linebacker.

He started over 40 games at linebacker during his college career.

"But he's the best middle linebacker ever, and I'm not going to say anything back at him."

He was not a starting linebacker when this season began.

With just three linebackers, each has more to take on.

They ask who are the best linebackers in the game.

He's probably one of the best linebackers ever to play the game.

He became a good college linebacker who made many plays.

Some football people have called him the best linebacker in history.

The larger of the two was built like a linebacker.

In 2008 he played special teams and was a back up linebacker.

He started at linebacker on the 1968 through 1970 teams.

However, the different line broadening mechanisms are not always independent.

Usually going to higher field leads to longer nuclear relaxation times and this may partially compensate for the line broadening reduction.

This leads to line broadening and insufficiency.

Quadrupole moment causing a line broadening.

At these lower temperatures, the dynamics continue, of course, but the contribution of the dynamics to line broadening is negligible.

The activation energy of ligand exchanges processes can be determined by the temperature dependence of the line broadening.

Different velocities of the emitting particles result in different Doppler shifts, the cumulative effect of which is the line broadening.

The spectra were analyzed as a convolution of the instrument resolution with a linear combination of lorentzians with different line broadening factors.

The shifts, along with the line broadening ratios observed for the CoTPP complex, are used to arrive at the possible solution structures of the complexes.

In particular, G' mode is a doublet in double-wall carbon nanotubes, but the doublet is often unresolved due to line broadening.

If the line broadening mechanism is known and the shape of then spectral density is clearly visible in the spectrum, it is possible to get the desired data.

For the conditions of interest the impact approximation to line broadening is appropriate so the calculation can be expressed in terms of generalized cross sections for Ar-CO2 collisions.

In other words, the NMR signal from larger molecules decays more rapidly, leading to line broadening in the NMR spectrum and poor resolution.

The 1H NMR spectra of these ruthenium(III) complexes have been measured and show peaks with large isotropic shifts and large line broadening characteristic of such paramagnetic complexes.

May, "Line Broadening and Shifting of the Raman Q-branch in D2 at Low Temperatures", 10th Annual Waterloo Symposium on Chemical Physics, Waterloo, Ontario, November 1994.

Assuming that the line broadening of these lanthanide-shifted resonances arises from the contribution of the susceptibility line-broadening mechanism for protein residues proximal to the bound Yb3+ ion, we have calculated Yb3+–proton distances for nuclei in the metal-binding site.