Studies on high-precision machining and assembly of clic rf structures

Jouni Huopana, Said Atieh, Germana Riddone, Kenneth Österberg

Research output: Contribution to conferenceConference PosterScientific

Abstract

The Compact Linear Collider (CLIC) is currently under development at CERN as a potential multi-TeV e+e– collider. The manufacturing and assembly tolerances for the required RF components are essential for the final efficiency and for the operation of CLIC. The proper function of an accelerating structure is sensitive to mechanical errors in the shape and the alignment of the accelerating cavity. The current tolerances are in the micron range. This raises challenges in the field of mechanical design and demands special manufacturing technologies and processes. Currently the mechanical design of the accelerating structures is based on a disk design. Alternatively, it is possible to create the accelerating assembly from quadrants, which has the potential to be favoured for the mass production due to simplicity and cost. In this case, the functional shape inside of the accelerating structure remains the same and a single assembly uses less parts. This paper focuses on the development work done in design and simulation for prototype accelerating structures and describes its application to series production.
Original languageEnglish
Publication statusPublished - 2010
MoE publication typeNot Eligible
EventXXV Linear Accelerator Conference. LINAC10, Tsukuba - Tsukuba, Japan
Duration: 12 Sep 201017 Sep 2010

Conference

ConferenceXXV Linear Accelerator Conference. LINAC10, Tsukuba
Abbreviated titleLINAC 2010
CountryJapan
CityTsukuba
Period12/09/1017/09/10

Fingerprint

Colliding beam accelerators
Machining
Costs

Keywords

  • High precision machining
  • high precision assembly
  • FEM

Cite this

Huopana, J., Atieh, S., Riddone, G., & Österberg, K. (2010). Studies on high-precision machining and assembly of clic rf structures. Poster session presented at XXV Linear Accelerator Conference. LINAC10, Tsukuba, Tsukuba, Japan.
Huopana, Jouni ; Atieh, Said ; Riddone, Germana ; Österberg, Kenneth. / Studies on high-precision machining and assembly of clic rf structures. Poster session presented at XXV Linear Accelerator Conference. LINAC10, Tsukuba, Tsukuba, Japan.
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abstract = "The Compact Linear Collider (CLIC) is currently under development at CERN as a potential multi-TeV e+e– collider. The manufacturing and assembly tolerances for the required RF components are essential for the final efficiency and for the operation of CLIC. The proper function of an accelerating structure is sensitive to mechanical errors in the shape and the alignment of the accelerating cavity. The current tolerances are in the micron range. This raises challenges in the field of mechanical design and demands special manufacturing technologies and processes. Currently the mechanical design of the accelerating structures is based on a disk design. Alternatively, it is possible to create the accelerating assembly from quadrants, which has the potential to be favoured for the mass production due to simplicity and cost. In this case, the functional shape inside of the accelerating structure remains the same and a single assembly uses less parts. This paper focuses on the development work done in design and simulation for prototype accelerating structures and describes its application to series production.",
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Huopana, J, Atieh, S, Riddone, G & Österberg, K 2010, 'Studies on high-precision machining and assembly of clic rf structures' XXV Linear Accelerator Conference. LINAC10, Tsukuba, Tsukuba, Japan, 12/09/10 - 17/09/10, .

Studies on high-precision machining and assembly of clic rf structures. / Huopana, Jouni; Atieh, Said; Riddone, Germana; Österberg, Kenneth.

2010. Poster session presented at XXV Linear Accelerator Conference. LINAC10, Tsukuba, Tsukuba, Japan.

Research output: Contribution to conferenceConference PosterScientific

TY - CONF

T1 - Studies on high-precision machining and assembly of clic rf structures

AU - Huopana, Jouni

AU - Atieh, Said

AU - Riddone, Germana

AU - Österberg, Kenneth

PY - 2010

Y1 - 2010

N2 - The Compact Linear Collider (CLIC) is currently under development at CERN as a potential multi-TeV e+e– collider. The manufacturing and assembly tolerances for the required RF components are essential for the final efficiency and for the operation of CLIC. The proper function of an accelerating structure is sensitive to mechanical errors in the shape and the alignment of the accelerating cavity. The current tolerances are in the micron range. This raises challenges in the field of mechanical design and demands special manufacturing technologies and processes. Currently the mechanical design of the accelerating structures is based on a disk design. Alternatively, it is possible to create the accelerating assembly from quadrants, which has the potential to be favoured for the mass production due to simplicity and cost. In this case, the functional shape inside of the accelerating structure remains the same and a single assembly uses less parts. This paper focuses on the development work done in design and simulation for prototype accelerating structures and describes its application to series production.

AB - The Compact Linear Collider (CLIC) is currently under development at CERN as a potential multi-TeV e+e– collider. The manufacturing and assembly tolerances for the required RF components are essential for the final efficiency and for the operation of CLIC. The proper function of an accelerating structure is sensitive to mechanical errors in the shape and the alignment of the accelerating cavity. The current tolerances are in the micron range. This raises challenges in the field of mechanical design and demands special manufacturing technologies and processes. Currently the mechanical design of the accelerating structures is based on a disk design. Alternatively, it is possible to create the accelerating assembly from quadrants, which has the potential to be favoured for the mass production due to simplicity and cost. In this case, the functional shape inside of the accelerating structure remains the same and a single assembly uses less parts. This paper focuses on the development work done in design and simulation for prototype accelerating structures and describes its application to series production.

KW - High precision machining

KW - high precision assembly

KW - FEM

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M3 - Conference Poster

ER -

Huopana J, Atieh S, Riddone G, Österberg K. Studies on high-precision machining and assembly of clic rf structures. 2010. Poster session presented at XXV Linear Accelerator Conference. LINAC10, Tsukuba, Tsukuba, Japan.