Self design

Not all OOP language (OOPLs) have classes. In Self, an object is created by cloning an existing one. Objects delegate dynamically to others rather than statically based on their class inheritance and methods can be added dynamically. Nevertheless, Self designs certainly use the idea of Type. Contrary to many early popular writings, polymorphism is about types—multiple implementations of the same interface—and not about classes and implementation inheritance. 

Be Scheerder (58) 1997 Self-designed Duraflo 11 Rat A-V shunt pig coronary art Bare stent Yes No... 

The self-designed extraction facility consists of a high pressure liquid pump, two heat exchangers, two parallel extraction tubes and a separator with a window and a throttle valve. A mass flow meter gives information about flow rate (kg/h), density, temperature and total mass of the solvent. 

Luzchem also makes available the power supply and lamps as well as other accessories needed for other self-designed configurations. 

Processing of TiBj-Cu FGM in self-designed combustion chamber... 

MPa in self-designed combustion chamber. It is seen that through reasonable designing the constitutes ratio of each layer, SHS of different layers could be controlled in the same combustion temperature region and similar shrinking behavior between layers, this led to SHS/HIP TiBj-Cu FGM which is free of macro-defects. 

Image analysis for density measurement was made on the longitudinal cross-section of 11-layered TlBj-Cu FGM processed under 5MPa (in self-designed combustion chamber) and processed under 1 IMPa in HIP apparatus R120. The results are shown in table 1. 

The most common and now recommended approach for identifying race is self-identification. A recent editorial in the Journal of American Medical Association (JAMA) states that individuals should self-designate race to ensure that the designation most closely matches what they believe reflects their personal and cultural background (Winker, 2004). The International Committee of Medical Journal Editors, of which JAMA belongs, now requires that authors define how race was measured and to justify their relevance in the analysis. Questions may be either... 

Emulsion polymerization of methyl methacrylate under the action of pulsed microwave irradiation was studied by Zhu et al. [11], The reactions were conducted in a self-designed single-mode microwave reaction apparatus with a frequency of 1250 MHz and a pulse width of 1.5 or 3.5 ps. The output peak pulse power, duty cycles, and mean output power were continuously adjustable within the ranges 20-350 kW, 0.1-0.2%, and 2-350 W, respectively. Temperature during microwave experiments was maintained by immersing the reaction flask in a thermostatted jacket with a thermostatic medium with little microwave absorption (for example tetrachloroethylene). In a typical experiment, 8.0 mL methyl methacrylate, 20 mL deionized water, and 0.2 g sodium dodecylsulfonate were transferred to a 100-mL reaction flask which was placed in the microwave cavity. When the temperature reached a preset temperature, 10 mL of an aqueous solution of the initiator (potassium persulfate) was added and the flask was exposed to microwave irradiation. 

Fisher LD (1998) Self-designing clinical trials. Statistics in Medicine 17 1551-1562. 

Top management teams Underbounded absence of organizational context Self-designing influence over key organizational conditions... 

The equipment support contains support, lead rail and little car system. The wheeltrack of the little car moves flexibly and has small lateral displacement. The whole lead rail is placed on the shore which can adjust height and horizontal shift. It is shown in experiment that it matches with the pipe body integrated with dowel of every pipeline section and it s a high-precision support system of flexible operation. This support is self-designed and manufactured. 

This experiment was carried out through a self-designed triaxial gas adsorption instrument. The device can simulate the storage environment of... 

Rochlin, Gene,Todd LaPorte, and Karlene Roberts.The self-designing high reliability organization. Naval War College Review 40 (4) 76-91,1987. 

In our first cut implementation impedance spectroscopy has been investigated with a performance limited impedance converter chip for a potential mass market application. The self-designed embedded IS-sensor has been integrated in DeCaDrive system to improve driver drowsiness detection and to facilitate general driver status monitoring. The experimental results in this work support the hypothesis and confirm the finding that impedance response analysis can improve the effectiveness of driver drowsiness detection. 

Rochlin, G.I., La Porte, T.R., and Roberts, K.H. 1987. The self-designing high-reliabUity organization aircraft carrier flight operations at sea. Naval War College Review 40, 76-90. 

In this chapter we intend to describe a novel method and a self-designed microwave dielectrometric apparatus built to measure the (e ) and (e") values and the electrical conductivity (G) of several ionic liquids, which might be used as electrolyte in batteries, at 2.45 GHz and at different temperatures. Furthermore the connections between the structure of the investigated ionic liquids and the dielectric characteristics will be determined. 

The schematic representation of the self-designed experimental set-up applied for automatic and online measurement of dielectric properties of well conducting liquids in a definite temperature range is shown in Figure 1. It is composed of the following devices and instruments cylindrical sample holder unit, thermostat, peristaltic pump, waveguide, temperature sensor, displaceable piston, stepper motor, magnetron, detectors, control unit, and a PC. 

Dielectric constants, dielectric loss factors and the temperature dependence of the dielectric properties of ionic liquids intended to be used in batteries were determined by the above described self-designed microwave dielectrometric apparatus (Figure 3) at the frequency of 2.45 GHz and at different temperatures (30°C, 40 "C, 50°C, 60°C, 70°C, 80°C, 90°C, 100°C, 110°C and 120°C). The speed of the change in temperature dep>ends on the electrical field strength in the material ( ), the absorbed microwave power, (Pv) density (p), the specific heat capacity (Cp) and the dielectric loss factor e" and can be given by Equation 16 (Gollei, 2009). The electrical conductivity values (G) were calculated by Equation 12 and Equation 13. 

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