Al-Li 2000 series alloy out gassing Studies at IIT N. Solomey, Physics Division Philippe Nash, Material Science Division 21 Feb. 2003.

Slides:



Advertisements
Similar presentations
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1pt 3 States of Matter Solid, Liquid.
Advertisements

Gases, Liquids and Solids
PHASE CHANGES SECTION 3.3.
KOREA KIYON COMPANY PROFILE. COMPANY PROFILE Korea Kiyon Company, established in 1985, with the highest quality and most technology advanced inert atmosphere.
Unit 6 – Some Review Questions
Chapter 6: The States of Matter
Gas Heating, Cutting, Brazing, and Welding
Flexible Manufacturing Welding Safety Copyright © Texas Education Agency, All rights reserved. 1.
Progress and Plan for Superconducting RF Cavity RF Group.
Hydraulics.
Sintering By Robert Hamilton. Introduction Sintering is a method for making objects from powder, by heating the material in a sintering furnace below.
NLC - The Next Linear Collider Project Leif Eriksson 10/11/99 NLC BD VACUUM Thermal Outgassing Rate for Various Beam Line Materials.
Answer the following four questions:
A look at buoyancy and ballast Mr. Williams Grade 8 Science
Basics of Vacuum Technology Unit: Pa = N/m 2 = J/m 3 UnitPa or N/m 2 bar10 5 mbar100 atm= 760 torr x 10 5.
MICE collaboration meeting RAL 28 October 2004 Absorber R & D Plan by Wing Lau – Oxford University.
Pressure, Hydraulics and Pneumatics
Phase Changes Section 17.3 in YOUR book.
Assembly, Installation and Interfaces Steve Virostek Lawrence Berkeley National Lab RFCC Module Design Review October 21, 2008.
Patrick Thornton, SNS/FPE June 9, 2008
Chemistry Notes.
Behavior of Gases.  Kinetic Theory of Gases  Gas is mostly empty space and the particles are in constant random motion.  The distance between the particles.
Using Dilution Refrigerator Technology to perform experiments on MoS2 Mateusz Zuba, Chen, Yung-Fu, State University of New York at Oswego  Motivation.
Vacuum Fundamentals 1 atmosphere = 760 mm Hg = kPa 1 torr = 1 mm Hg vacuum range pressure range low 760 ~ 25 torr medium 25~ high ~ 10.
Phases of Matter Chp 13 and 14. Phases of Matter  Solid – molecules are held tightly together by intermolecular forces, molecules move slowly  Liquid.
Experiment 9. Liquid-Vapor Equilibrium in a Binary System The vacuum manifold used in this experiment is shown here. The main stopcock isolates the system.
PHYSICS 225, 2 ND YEAR LAB VACUUM TECHNOLOGY G.F. West Thurs, Jan. 12.
Science Proficiency Review
Vacuum Fundamentals 1 atmosphere = 760 mm Hg = kPa 1 torr = 1 mm Hg vacuum range pressure range low 760 ~ 25 torr medium 25~ high ~ 10.
Conceptual Design Review of the NPDGamma Experiment in Beam Line 13 Seppo Penttila NPDGamma project manager September 25, 2007 at SNS.
NOTES: A.2 – Separation by Distillation
2009/1/16-18 ILD09 Seoul 1 Notes for ILD Beam Pipe (Technical Aspect) Y. Suetsugu, KEK Parasitic loss Vacuum pressure profile Some comments for beam pipe.
PROPERTIES OF WATER The Universal Solvent. The Water Molecule Simple tri-atomic molecule, H 2 O Each O-H bond is highly polar due to the high electronegativity.
Matter states and its changes
S.M. Deambrosis*^, G. Keppel*, N. Pretto^, V. Rampazzo*, R.G. Sharma°, D. Tonini * and V. Palmieri*^ Padova University, Material Science Dept * INFN -
Accelerator Design: the nuts and bolts…and gaskets and resistors Elvin Harms Beams Division/Fermilab
Unit 2 Chemistry Lesson 1 States of Matter Essential Questions: 1.) How do you describe a solid? 2.) How do you describe a liquid? 3.) How do you describe.
Gases Online Lecture Part 2. Gas Density and Molar Mass Using the ideal gas law and the density of a gas you can solve for the molar mass of the gas.
Experience with LEP (and LHC) cryo-modules Workshop on cryogenic and vacuum sectorisations of the SPL O.Brunner – November ’09.
CHEM 121 Chapter 7 Winter Kinetic Molecular Theory of Matter Explains matter in various states
Fabrication and measurement of RF components for CLIC study
8 - 1 Pressure and Moving Molecules Pressure is defined by The atmosphere exerts pressure because of the weight and the average kinetic energy of molecules.
Thermal Control System. The Three Mechanisms of Heat Transfer Conduction - The transfer of heat through a solid –Interface Heat Exchangers –Cold plates.
States of Matter I. Describing the States of Matter: A. Solids – is the state of matter in which materials have a definite shape and volume. 1. The word.
Understanding Matter and Energy Pure Substances and Mixtures.
Thermodynamics – branch of physics concerned with the study of both thermal and mechanical (or dynamical) concepts. Application: Steam Engines in 1800’s.
Earth Science August 30, 2011 Bellringer: Place on your metric mania worksheet Convert mm = _______________ m 623 L = _____________________ ml.
Outgassing Test and the Getter Specification
In this presentation you will: explore the impact of the Sun’s energy Impact of the Sun’s Energy Next >
Chapter 3: Airbags.
Unit 1 – Properties of Matter Lesson 4. C Operationally define vapour pressure in terms of observable and measurable properties. C Operationally.
Name : Mrs. Bharati Vivek Gorwadkar Roll No.: 16 Subject: Science Topic: Heat Prof. Incharge: Prof. Rajendra Thigle.
13.2 The Nature of Liquids. Describe the particles in a liquid.
Melting the Earth Scripps Classroom Connection.
Leak Detection method for Vacuum Systems Alexander Permogorov
Chemistry Chapter 5 Gases Dr. Daniel Schuerch. Gas Pressure Gas pressure is the result of simultaneous collisions of billions of rapidly moving particles.
Overview of elliptical cryomodules vacuum system Vacuum Equipment Standardization meeting February 2014 P. Bosland – C. Darve – N. Elias.
11.8 & 11.9 Three Gas Laws & Combined Gas Law. If we place a balloon in liquid nitrogen it shrinks: How Volume Varies With Temperature So, gases shrink.
Holders and Pumps Summary
NPDG Liquid Hydrogen Target: Design and Safety Features
Jari Koskinen, Sami Franssila
at STFC Daresbury laboratory
ILC-SCRF Test Facilities considerations
Motivation Experimental method Results Conclusion References
Diamond based Composites for Collimators Contribution to EuCard
Regular cryomodule maintenance plans (radiation damage, seals, etc)
Thermal Outgassing Rate for Various Beam Line Materials
Special working methods
Al-Li 2000 series alloy out gassing Studies at IIT
Presentation transcript:

Al-Li 2000 series alloy out gassing Studies at IIT N. Solomey, Physics Division Philippe Nash, Material Science Division 21 Feb. 2003

Current knowledge of Al-Li 2195 NASA has extensive knowledge and many internal reports for this alloy for: –Welding –Cryogenic There is no known knowledge about: –Out gassing with first use of the alloy –Thin wall structures for vacuum to air, hydrogen or liquid cryogenics. –Radiation damage.

We are using the Molly Furnace in P. Nash’s Lab at IIT Large volume vacuum tank Can quickly achieve 1x10 -7 Torr (lower if we pump longer) Has a special painted interior with low out gassing characteristics Water cooled vessel and support stand so that just the sample can be heated to 1250° F.

Want to study only out gassing This is a study of out gassing by: –pumping on the sample to see how low vacuum can be reached shape of the curve while pumping –out gassing after reaching a vacuum will increase pressure This is not a study of suitability of these materials for: –window to air, – gaseous hydrogen or helium, and –to liquid hydrogen or helium

Sample Preparation Six samples number 1 through 6 of various types of Al alloys 1 in2 were machined by Ole Miss. Univ. and send to us. We do not know what sample is which alloys. Each sample was cleaned with Ethyl alcohol and stored in a clean tray and handled with gloves. The Molly Furnace was baked out for 3 days at 1200 F.

Studies First Conclusions: Preliminary results are that we see a slight difference between the samples and an empty tank. P. Nash suggest we consider: –Heating samples to 25% to 50% of melting point to enhance out gassing. –Grind up the samples to small pieces making a larger surface area to enhance out gassing. Put a residual gas analyzer on the vacuum pump to see what is coming off.

Other Interest: Our main interest is: –Out gassing during first use of these alloys so we do not contaminated interior of accelerating cavity. –Suitability of these new alloys for use as thin windows with liquid hydrogen or helium on other side. NASA has an interest in these 2000 series Al-Li alloys for radiation studies. This is also of interest to us.