Operation slider

The other use is to quickly brighten up a track (enhance), especially one that has been softened with any number of other effects. One example might be a track that has been compressed to make it a bit louder in a mix. This can sometimes result in a flatter, less lively sound. Another notable example is when down sampling. Down sampling is the process of changing the sample rate from, say, an audio CD at 44,100 Hz to 11,025 Hz for distribution over the Internet. The Smooth Enhance plug-in has one simple Operation slider that is used to control the effect. 

Bomb Nose Fuze, M111A2 is similar in appearance (but shorter in length) and operation to the fuzes AN-Ml46-series (shown here in Figs 4-27 4-28), except for the absence of the detonator slider and its cover plate and lock pin assembly. Its percussion primer is always in line with the firing pin. 

The slider boat is usually constructed of graphite, although alternative materials such as boron nitride and silica (14) have been used. Graphite is readily obtained in high purity, easily machined, relatively inert with respect to the solution, and nearly frictionless in operation. Graphite boats do have a limited lifetime, and care must be exercised in desorbing gases contained in this relatively porous material. 

Slider. A fuze or exploder component that interrupts the expl train when the device is in the unarmed condition, and that moves during arming in such a way as to render the expl train operative... 

Molds with different operating actions include sliders, unscrewing devices, and knockout systems to eject products as well as solidified runners at the proper time. These basic operations in turn require all kinds of interactions such as fill-time and hold pressure (Figure 22). 

During normal operation of the system where the neutronic reaction is controlled only by control rods 179, the slider 184a on the resistor 184, having previously 70 been calibrated in terms of neutron density, is moved to the density position at which the reactor is intended to operate, taking into account the difference in neutron density at the center of the active portion of the reactor... 

The circuit breaker 321 serves as an armature in a magnetic relay. The magnetically operated relay coil 330 is disposed in an operating circuit that includes an ionization chamber 331 situated at the periphery of the 60 neutronic reactor 25, a central electrode 332, a conductor 333 connecting the central electrode 332 to a movable contact slider 334 operating along a resistor 335. 

Relay coil 206 then operates to cause armature 210 to connect with contact 215, thus reversing the motor 221 to drive the control rod into the reactor to a point where the neutron density starts to decay. The control rod 90, gg will thereafter hunt between a point above the balance position where the neutron density rises, and a point below the balance position where the neutron density decays, thus providing an average neutron density within the reactor as determined by the setting of slider 203 on resistor 205. As the mass of the reactor causes any temperature change to lag behind any neutron density change, the temperature of the reactor is maintained substantially constant. If desired, any of the well-known anti-hunting circuits may be utilized, as will be apparent to those... 

---