Synchrotron radiation source with beam stabilizers

A synchrotron radiation source comprising:

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• and
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance from an orbit of the charged particle beam toward an outer circumferential side of said vacuum chamber;
• wherein each of said beam stabilizers can be inserted into said vacuum chamber through an insertion port formed in the outer circumferential side of said vacuum chamber.

A synchrotron radiation source comprising:

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• and
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance from an orbit of the charged particle beam toward an outer circumferential side of said vacuum chamber;
• wherein each of said beam stabilizers is internally hollowed to form a cross-sectionally rectangular cavity.

A synchrotron radiation source comprising:

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• and
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance from an orbit of the charged particle beam toward an outer circumferential side of said vacuum chamber;
• wherein each of said beam stabilizers is supported by an insert plate also serving as an airtight support for said vacuum chamber and cooled through a cooling pipe fixed to said insert plate, each of said beam stabilizers, insert plate and cooling pipe being put together to form an assembly.

A synchrotron radiation source comprising:

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance, which is substantially equal to a width of a straight section of the synchrotron radiation source, from an inner circumferential side of said vacuum chamber located inside of an orbit of said charged particle beam for controlling said orbit so that said orbit passes substantially along a center path between said stabilizers and said inner circumferential side of said vacuum chamber, and
• insertion port means for said vacuum chamber arranged such that said beam stabilizers can be inserted through said insertion portion means into said vacuum arranged for mounting said beam stabilizer therein.

A synchrotron radiation source comprising

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance, which is substantially equal to a width of a straight section of the synchrotron radiation source, from an inner circumferential side of said vacuum chamber located inside of an orbit of said charged particle beam for controlling said orbit so that said orbit passes substantially along a center path between said stabilizers and said inner circumferential side of said vacuum chamber,
• wherein said beam stabilizers have an internally hollowed rectangular cross-section.

A synchrotron radiation source comprising:

• sing:
• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance, which is substantially equal to a width of a straight section of the synchrotron radiation source, from an inner circumferential side of said vacuum chamber located inside of an orbit of said charged particle beam for controlling said orbit so that said orbit passes substantially along a center path between said stabilizers and said inner circumferential side of said vacuum chamber,
• wherein said beam stabilizers have a hollowed rectangular cross-section with two cavities.

A synchrotron radiation source comprising:

• sing:
• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance, which is substantially equal to a width of a straight section of the synchrotron radiation source, from an inner circumferential side of said vacuum chamber located inside of an orbit of said charged particle beam for controlling said orbit so that said orbit passes substantially along a center path between said stabilizers and said inner circumferential side of said vacuum chamber,
• insert plate means connected to said beam stabilizers and serving as support of said beam stabilizers and sides of said vacuum chamber;
• and
• cooling means including cooling pipes fixed integrally to said supporting means for cooling said beam stabilizers.

A synchrotron radiation source comprising:

• a bending section including a vacuum chamber having one end into which a charged particle beam enters and an opposite end from which the charged particle beam leaves;
• a bending electromagnet so disposed as to encompass said vacuum chamber;
• electrically conductive beam stabilizers disposed at positions inside said vacuum chamber which are spaced by a predetermined distance, which is substantially equal to a width of a straight section of the synchrotron radiation source, from an inner circumferential side of said vacuum chamber located inside of an orbit of said charged particle beam for controlling said orbit so that said orbit passes substantially along a center path between said stabilizers and said inner circumferential side of said vacuum chamber,
• wherein said beam stabilizers including a plurality of separate stabilizer members respectively spaced apart from one another and disposed at separate positions inside said vacuum chamber.