factory customized Precision Casting Wax Supply to Milan
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factory customized Precision Casting Wax Supply to Milan Detail:
Precision Casting Wax mainly is used for precision mechanical process with zero allowance or very limited allowance. We can not adopt general casting technique, but can only adopt zero allowance casting or precision casting. Because of the product’s structure is very delicate and complex especially in bejeweled with golden and silver, such as diamond ring, brooch, earring etc.
The characteristics of precision casting wax are: good coating property, no denaturalization to be heated, good flow ability, good thermal stability, and well surface finish.
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We stick with the theory of "quality first, company first, steady improvement and innovation to satisfy the customers" for the management and "zero defect, zero complaints" as the quality objective. To perfect our provider, we deliver the items together with the fantastic good quality at the reasonable value for factory customized Precision Casting Wax Supply to Milan, The product will supply to all over the world, such as: Jersey , Czech republic , Saudi Arabia , We have advanced production technology, and pursuit innovative in products. At the same time, the good service has enhanced the good reputation. We believe that as long as you understand our product, you must be willing to become partners with us. Looking forward to your inquiry.
EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 U
ข้อมูลทั้งหมด : https://myriann.us/7o6a34
EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intlคุณผู้หญิงกำลังหาสินค้า EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intl เพื่อช่วยให้รวดเร็วขึ้น อยูใช่หรือไม่ ถ้าใช่คุณมาถูกที่แล้ว เรามีเครื่องใช้ ที่คุณต้องการ พร้อมให้คำแนะนำร้านค้าขาย สินค้า EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intl {ราคาดีที่สุด|ราคาถูกที่สุด|ราคาถูก|ราคาที่คุณสัมผัสได้ แนะนำให้ท่าน EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intl
สินค้าที่คุณซื้อได้ ด้วยความสบายใจ สินค้าคุณภาพ ราคาถูก ลดถึง80% จัดส่งถึงบ้านฟรี เก็บเงินปลายทางได้ EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intl Description: Brand Name:amp;nbsp;EPMAN Materialamp;nbsp;Typer:amp;nbsp;Aluminum Fuction:amp;nbsp;Oilamp;nbsp;sandwichamp;nbsp;adapter Caramp;nbsp;Make:amp;nbsp;Universal Surface:amp;nbsp;Oxidized Color:amp;nbsp;Silver Otheramp;nbsp;Partamp;nbsp;Number:amp;nbsp;Thermostaticamp;nbsp;Temperatureamp;nbsp;Control Itemamp;nbsp;type:THERMOSTATICamp;nbsp;SANDWICHamp;nbsp;ADAPTER Hoseamp;nbsp;Fittingamp;nbsp;Size:AN10amp;nbsp; Oil Filter Sandwich Plate Center Bolt: 3/4-16 UNFamp;nbsp; Thread size of oil pressure and temperature sensor insertions: M20*1.5 Inlet amp;amp; AN 10 Outlet The Thermostatic pellet starts to close at 74°C and fully closed at 78°C. It is possible to change the wax pellet for a version that closes at 80°C. Oil sender adapter offers one of the easiest ways to install your oil temperature or oil pressure sender for a quick and smooth installation of your gauge. Each oil filter adapter plate allows you to mount oil sensors and feed lines without the need to drill into your oil pan or remove your stock sensors. Application : Fits Most Cars With Threaded Oil Filters NOTE : Professional Installation is Highly Recommended Installation Instruction is NOT Included…
บริการส่งฟรี สั่งซื้อพร้อมส่วนลด เก็บเงินปลายทาง https://myriann.us/7o6a34
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ค้นหายอดนิยม : EPMAN, Mocal, Oil, Cooler, Thermostatic, Sandwich, Plate, Fit, 34, UNF, Filter, EPOL040434, Intl, EPMAN Mocal Oil Cooler Thermostatic Sandwich Plate Fit 3/4 UNF Filter EP-OL0404-34 – Intl
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Microchannel Plate Detector MCP-MA25/2 sales@dmphotonics.com
Featured Research:
View online: https://jcp.aip.org/resource/1/jcpsa6/v138/i17/p174310_s1?isAuthorized=no&ver=pdfcov
Spectroscopic observation of gold-dicarbide: Photodetachment and velocity map imaging of the AuC2 anion
Photoelectron spectra following photodetachment of the gold dicarbide anion, AuC−
2 , have been recorded using the velocity map imaging technique at several excitation wavelengths. The binding energy spectra show well-defined vibrational structure which, with the aid of computational calculations and Franck-Condon simulations, was assigned to a progression in the Au–C stretching mode, ν3. The experimental data indicate that the features in the spectrum correspond to a 2A←3A transition, involving states which we calculate to have bond angles ∼147◦ but with a low barrier to linearity.
EXPERIMENTAL METHOD
Since the specific apparatus used for these experiments has not been previously published, a detailed description is given here. Experiments were performed under high vacuum conditions within a two chamber, differentially pumped system operated at pressures of 1 × 10^−4 and 1 × 10^−6 mbar, respectively. Gold-carbide clusters were produced within a Smalley-type laser ablation source modelled on our existing designs. The source was operated with benzene seeded in helium gas to produce the metal-carbon products. The clusters exit the source and expand towards a two stage Wiley-
McLaren type time of flight where anion species are pulse extracted orthogonally into a drift region. Ion optics corrects the flight path of the extracted anions so that they enter the VMI electrodes positioned immediately after the drift region. The geometry of the time of flight electrodes was designed such that the second order space focus was coincident with the photodetachment point within the VMI electrodes.25 At this point, the ion packets of the clusters were condensed to small volumes and separated in time according to their mass to charge ratio, m/e. Individual m/e species are probed by varying the photodetachment timing. A removable (via a linear motion feed-through), dual micro-channel plate detector (MCP, Del Mar Ventures, Del Mar Photonics MCP-MA25/2) is located immediately after the VMI electrodes to provide mass spectral identification
of cluster species for photodetachment. The velocity map imaging electrodes were pulsed to highvoltage 200 ns prior to the photodetachment event to ensure
stable potentials. Photodetachment was performed via laser light produced by a dye laser pumped by the second harmonic of a Nd:YAG laser. The incident laser power was varied in order to keep the number of detected electrons at a rate of ∼1 per laser pulse, but was typically on the order of a few microjoules at the point of entry into the chamber. To prevent deflection of the photodetached electrons by stray magnetic fields, the detection chamber was lined with magnetic shielding (Co-Netic 0.36 mm thickness, Magnetic Shield Corp.).
Research interests lay in the fields of laser chemistry and reaction dynamics, and include the following themes:
Reaction Dynamics:
Energy partitioning during photodissociation of van der Waals molecules.
Evaporation dynamics at the liquid-vacuum interface.
Electronic Spectroscopy:
Structure of van der Waals clusters.
2-Dimensional Laser Induced Fluorescence (2D-LIF) spectroscopy.
Rovibronic analysis of large polyatomic molecules.
Nanotechnology:
Nanoparticle formation using laser based methods.
Molecular spectroscopy
Reaction dynamics
https://www.dmphotonics.com/MCP_MCPImageIntensifiers/mcpma252.htm
photodetachment cross section
photodetachment spectroscopy
photodetachment of electrons
