 drives excellent.
This truck features a small block 350 engine that runs very well. It is mated to a 700R4 4-speed automatic transmission, which is perfect for highway driving. It has a tilt steering wheel and also features power front disc brakes along with power steering to make the drivability somewhat enhanced. It has a like new houndstooth interior with a brand new dash bezel and custom billet aluminum glove box cover. It has a retro looking modern digital AM/FM radio which works great.
The truck is very solid on top and underneath. It has a couple hairline cracks on the passenger bottom of the door which I have photographed but it is hard to see. The paint has a very bright red shine the was recently wet sanded and buffed. It has brand exterior new door handles.
I would consider driving this truck daily if that is what you are looking for. It has at the look with the old school crager rims but has been modernized with an overdrive transmission, power steering and power disc brakes which makes driving it so much easier and pleasant.
Beautiful,Nicely Restored,1971 C-10 Stepside, 350 V8,700R4, A/C,Leather Show/Go!
Double your selection if it’s another three-point defeat.
The Syracuse Orange football team has already suffered three straight losses by exactly three points, so in theory, nothing can hurt us anymore. Still, there are more games to play... hopefully with different outcomes. Let’s start that trend with Saturday’s matchup with the Virginia Tech Hokies, no?
Win or lose, chances are you’re going to want an adult beverage to accompany the game, so we’re providing several recommendations for before, during and after this one. Fair warning in advance: You won’t be able to find at least one of these near you.
Syracuse has themselves a nano-brewery. If you haven’t heard of Underground Beer Lab, that’s probably because they’re quite fresh on the scene, and open very limited hours. By limited I mean Friday 3-6pm and Saturday 12-4pm, which is pretty limited. At the location over off of Fly Road you can pick up cans of their rotational series of experimental IPA combinations or now some lager offerings and a mixed fermentation collaboration with Heritage Hill, Collectivity II. The Variance I mentioned is their new drop this friday, so it’s as fresh as it gets for you hop-heads reading this.
While Hardywood isn’t in Blacksburg (it’s in Richmond), this beer was brewed in collaboration with Virginia Tech’s College of Agriculture and Life Sciences, so the beer is technically about as “local” as you can get. Fightin’ Hokies is a beady helles lager with floral and malty notes — a combination that certainly sounds refreshing, so it’s the perfect pairing with an afternoon of football (especially compared to some of the barrel-aged creations we’ve featured here in the past). Better still, the can art is a nice nod to the team as well.
Among the many styles you’ll find on tap in the L.A. area nowadays is the West Coast/hazy hybrid — one that usually drinks like a West Coast IPA but looks like a moderately hazy version of the style to appeal to both crowds. Topa Topa’s Chief Peak is one of those, sitting in between the two with dank and tropical notes, with bright additions of Citra, Galaxy, Magnum, Simcoe hops. It’s refreshing yet juicy, cloudy yet clear... a nice homage to each school of thought around IPAs that’s usually pretty available since it’s Topa Topa’s flagship brew.
How about you, though? What are you drinking this weekend?Spatial and frequency dependent response functions of medium-direct band gap binary semiconductors were studied at both nanoscale and in bulk form using ab initio method. To understand why the total energy and the band gap energy of semiconducting materials at nanoscale, such as quantum dots, vary with the particle sizes, this study has invoked dielectric function of binary semiconductors from spatial dependent point of view. Moreover, this study has addressed the discrepancy between theoretical results and experimental data when studying bulk semiconductors which was attributed to failure of full implementation of dielectric funtion which is frequency dependent. Yester years, failure to implement frequency dependent dielectric functions has been attributed to computational demand which has, in this study, been made possible through the use of High Performing Computation (HPC). At nanoscale, Hermanson0s spatial dependent dielectric function was applied in the Hamiltonian when determining total energy of on-center donor impurity in gallium arsenide Quantum-Dot (QD), where the QD was embedded in a matrix of gallium aluminium arsenide. This was necessitated by the fact that behaviour of semiconductors at nanoscale completely deviate from those of their bulk systems. This was studied using both Bloch functions and atomic-like basis functions; the latter from perturbative point of view. The effect of both room temperature and hydrostatic pressure of one atmosphere, on the total energy, were also studied and implemented using Bloch functions. MatLab computation mathematical tool, version 2015, was used for solving relevant Schrodinger equations and for simulation purposes. In bulk systems, frequency dependent dielectric functions of gallium arsenide (GaAs), indium phosphide (InP) and cadmium telluride (CdTe) were studied under the influence of electromagnetic radiations with wavelengths in the range between infrared and visible light. These materials are candidates for heterojunctions such as those that are used to fabricate solar cells and in laser technology. Quantum en-source package for research in electronic structure, simulation and optimization (ESPRESSO) computer code version 5.2.1 with plane waves self consistent field (PWSCF) computer package was used to determine their ground state electronic properties while Yambo computer code version 4.1.4 and BerkeleyGW version 1.2.0 were used to determine their excitation energies and optical properties. From this study, spatial dependent dielectric function was found to give total energy of quantum dots that is higher than that of commonly used dielectric constant. Atomic-like basis functions resulted to higher energies compared to those obtained using Bloch functions. The combined effects of room temperature and atmospheric pressure were found to increase the total energy. This was more pronounced from dots whose size were more than 2:5nm and 3:5nm for spatial independent and spatial depenedent dielectric functions, respectively. Also, electronic structures and optical absorption got from the solution to Bethe-Salpeter Equation was compared with that based on Random Phase Approximation in the presence of the local field (RPA+LF) using Yambo. From frequency dependent dielectric functions, it was observed that different binary semiconductors are excited differently by electromagnetic radiations at different frequencies. 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