Create your own FREE account with surfacequery.com and we will contact you with more details about a subscription or a one-off search.
Here you can perform a record search by entering keywords.
You can use the special keywords AND, OR and NOT in between words to refine your search.
This search also supports the wildcard character * and the use of quotes.
With a subscription or a one-off seach, the "author", "journal", "source", "date", "volume" and "page" details are presented along with the "abstract titles" and "anstracts".
Directory of laminate suppliers with summaries of their products.
Laminate Z-Axis Expansion
Thermal mechanisms can affect PTH (plated through hole) reliability. Thermomechanical analysis curve is shown plotting temperature input on X-axis with Z-axis growth shown. Epoxy difunctional material has 4.5% expansion, Diagram shows stress inPTH due to thermal Z-axis expansion. Various types of cracking (vendor foil pad, pad, hole barrel, innerlayer foil & barrel to innerlayer) are shown. Cont'd p. 56. 3 refs.
Laminated alloy sheets suitable for photoetching.
Title sheets comprise a 1st alloy layer from mild steel or Fe alloy contg. <50% nickel and a 2nd alloy layer from Fe alloy contg. >30% Ni, the Ni content of which is at least 20% higher than that in 1st alloy. Side etching of the laminated alloy sheets in photoetching with aq. FeC13 is decreased by 25-40% as compared to that of single layer sheets. Thus, side etching of a laminate from Fe-36% Ni alloy and 0.04 mm-thick Fe-76%Ni in photoetching with aq. FeC13 was 52 mm vs. 78 mm for Fe-76% Ni alloy.
Laminated aperture antenna and multilayered wiring board comprising the same
Title antennae are formed in 3-dimensions in a stacked series of laminations, and the dielectric supports conductors in required spatial relationships.
Laminated body and carbon film deposition method.
Resin material with high thermal conductivity, slidability, heat resistance, rigidity is formed by lamination with thin carbon film of specified electrical & thermal conductivity. C film is formed by gas-phase plasma enhanced deposition, and X-ray data are used to characterise film.
Laminated ceramic capacitor electrode|mfd. using electroless palladium plating process to eliminate defects.
Laminated ceramic cutting tool
Laminated ceramic cutting tool comprises core layer, min. 2 outer layers spaced about core layer; reinforcement by particles or whiskers, each outer layer having equal thicknesses and equal compressive residual stress perpendicular to flank face and in parallel directions.
Laminated chromium plated layers
Laminated Cr plated layers with improved wear resistance and fatigue strength for mechanical parts in ICE, is formed on base and contains alternating high and low hardness Cr plating layers.
Laminated chromium plating layers having superior wear resistance and fatigue strength
Title process deposits alternate layers of high and low hardness chromium.
Laminated circuit board
Laminated composite material, production and use thereof
Use of lead-free sliding layers in the laminated composite materials for slide bearings or bushes. The laminated composite material comprises a support layer, an antifriction layer produced from a copper alloy or an aluminum alloy, an intermediate nickel layer having a thickness >4µm and a sliding layer consisting of approximately 0 to 20% by weight of copper and/or silver and the remainder tin. The sliding layer is electrodeposited from a methlysulfonic acid electrolyte.
Laminated Composite Material, Production and use thereof.
Lead-free sliding layers in the laminated composite materials for slide bearings or bushes where the laminated composite material comprises a support layer, an antifriction layer produced from a copper alloy or an aluminium alloy, an intermediate nickel layer having a thickness >4µm and a sliding layer consisting of approximately 0 to 20% by weight of copper and/or silver and the remainder tin. The sliding layer is electrodeposited from a methysulfonic acid electrolyte.
Laminated decorative film
Laminated decorative film useful in forming components comprises layer of thermoformable decorative material for forming exterior finish; protective layer (PL) removably fixed to 1st surface for limiting damage to material before and during forming; and 2nd PL of flexible plastic film removably fixed to 1st PL for limiting damage to 1st PL until removal of 2nd PL before forming.
Laminated Deposit with Alternating Alpha & Beta Brass Layers
Electroform with one or more layers of electrolessly deposited metals or alloys sandwiched between inner and outer electrodep'd layers.