silicon wafers

One of the biggest wild cards is the supply of silicon wafers, disks the size of dinner plates that are the foundation of chip fabrication.

He predicted traffic growth will continue, justifying the company's massive investments in factories that turn silicon wafers into chips.

Bonded Wafers - Two silicon wafers that have been bonded together by silicon dioxide, which acts as an insulating layer.

The plant would be able to produce chipsets with details as fine as 90 nanometres across on 300 mm silicon wafers , the NDRC said .

Among other things, he decided to buy cheap silicon wafers that had been cast aside by the semiconductor industry.

Normally silicon wafers are cut from a larger piece of silicon. This wastes about half of the wafer material.

"We then deposit the pieces onto silicon wafers or other, more flexible substrates, " Yang says.

Finally we know that SIMS is one of the best ways to precisely quantify the trace amount in heavy arsenic doping silicon wafers.

and taking out the bracket and the silicon wafers from the texture etching groove after texture etching and performing cleaning treatment.

Because a front-opening unified pod full of silicon wafers can be heavy (around 20 pounds), automation is a key aspect of clean-room design.

Big chip makers like Intel, Samsung and Toshiba typically hold inventories of silicon wafers for four to six weeks of production.

The morphology evolution of single crystal silicon wafers in the hydrothermal process was investigated.

The stress variation with temperature and thickness in copper films deposited onto silicon wafers are studied.

Normally silicon wafers are cut from a larger piece of silicon.

The dots are synthesised in a paint-like colloidal suspension which is then coated on to silicon wafers before they are cut up into chips.

In this dissertation, we have firstly obtained 3-dimensional structures on silicon wafers by simply heating zinc powder on silicon wafers.

LDK makes silicon wafers, a key ingredient in solar cells, which in turn are used in solar panels.

Silicon wafers are zapped with ions, which form tiny islands with either an excess or a dearth of electrons.

China now produces one-third of the world's silicon wafers.

We offer a large selection of silicon wafers for specialized applications that are available in sizes from 100 mm to 300 mm.

A typical plant will churn out 3, 000 silicon wafers every hour, with each wafer forming one solar cell.

These firms also produce blank silicon wafers for other chip foundries: Shin-Etsu rolls out around 1. 2 million 12-inch wafers per month.

Japanese makers such as Sharp are betting on a new type of thin film technology that is cheaper to produce than silicon wafers.

Test method for the surface quality of polished silicon wafers and epitaxial wafers by optical-reflection

Standard Test Methods for Oxygen Precipitation Characterization of Silicon Wafers by Measurement of Interstitial Oxygen Reduction

Optical Reflection "Magic-mirror" Detecting Technique for Detecting Surface Defects of Semiconductor Silicon Wafers

Phosphorous gettering of cast multicrystalline silicon wafers from different positions of the ingot

Investigation on the Iron Contamination Sources during the Fabrication of Polished Silicon Wafers

Determination of structural characteristics and depth profile of platelet defects in hydrogen-implanted silicon wafers by HREM

Standard method for measuring surface flatness of polished silicon wafers by noncontact technique

placing the silicon wafers in a bracket and then soaking the bracket in the texture etching groove;

Manufacturing Technique of Monocrystal Silicon Wafers

Effect of Substrate Orientation on Microstructure of Hydrogen-Implanted Silicon Wafers

Test method for measuring resistivity of silicon wafers using spreading resistance probe

Material Removal Mechanism and Model in Chemical Mechanical Polishing of Silicon Wafers

Measurement of Minority Carrier Lifetime on Silicon Wafers with Collinear Four-Probe Array

An Improved Angle Polishing Method for Measuring Subsurface Damage in Silicon Wafers

Study on quality improvement of silicon wafers annealed at high temperature in hydrogen

Test method for detection of oxidation induced defects in polished silicon wafers

The Measurement of Nano-flexure of Silicon Wafers by Five-frame Phase-shifting Algorithm

Measurement of the cut depth of grain in nano - grinding of silicon wafers

Transmission Lines Embedded in Silicon Oxide Layers on Silicon Wafers

Research on Pneumatic Control System of Automatic Barcode Labeler for Silicon Wafers

Visual inspection for sliced and lapped silicon wafers

Near Infrared Imaging Detects Cracks in Silicon Wafers

TEM Observation of Microdefects in Hydrogen-Implanted Silicon Wafers

Test Method for Shallow Etch Pit Detection on Silicon Wafers

Effect of Pressure on Surface Morphology of 300 mm Silicon Wafers during Double-Side Polishing

Internal Gettering of Silicon Wafers for VLSI