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A transfer line design problem is considered.
This paper presents the design of this transfer line.
This paper deals with a transfer line balancing problem.
A generalization of modular transfer line designing problem is addressed.
This task requires great flexibility in the transfer line optics.
The transfer line is segmented and connected with bayonet couplings.
A vacuum insulated transfer line decreased hold period N2 use by 51% in comparison with a steel braided transfer line.
The transfer line and the ion source were maintained at 300 °C.
Injector temperature was 290 °C, transfer line 300 °C and MS source at 240 °C.
The temperatures of transfer line, and ion source were 245 °C, and 220 °C, respectively.
The transfer line temperature was adjusted to 280 °C.
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