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BL09 SPICA Special Environment Neutron Powder Diffractometer

Summary

Real-time observation of structure and its change of functional materials and non-equilibrium reaction in practical devices

Research ObjectivesFunctional materials (ionic conductor, dielectric and magnetic material, metal and metal ceramic composite and etc.) and practical devices (battery and etc.)
FeaturesThe atomic position of a light element such as hydrogen and lithium in a crystal structure can be determined precisely. An observation of structure changes in the practical device under an operative condition.
SPICA is a TOF-type special environment neutron diffractometer dedicated for the battery study using operando technique. This instruments could collect time-resolved diffraction data of active materials from an operating battery device. And these diffraction data can reveal what happens in the device under its operation. The neutron diffraction technique is suitable to understand the nature of functional materials and a relationship between their properties and their structures. SPICA incorporates diffraction technique with real-time observation to determine structure information.

Specification

Last Update: 2017-02-07

InstrumentSED
Overview of instrumentObservation of structure changes of active materials in operating devices and structural refinement of highly-functional materials
BeamlineBL09
ModeratorDecoupled poisoned hydrogen moderator
Range of d-spacing0.3 - 3.7 Å (High-angle bank)
0.4 - 5.0 Å (90deg. Bank)
0.5 - 11.0 Å (Low-angle bank)
Resolution (Δd/d)Optimal resolution 0.09 %
0.12% (High-angle bank)
0.47% (90deg. Bank)
1.27% (Low-angle bank)
Neutron intensity (@sample position @1MW)5.90×107 neutrons/sec/MW (0.09 - 9 Å)
Sample size and/or volume1cc
Ancillary equipment and sample environmentAuto sample changer (RT, 40samples)
Top-loading 4K-type cryostat (4 - 300 K)
Top-loading cryo-furnace (20 - 800 K)
Other information for user's convenienceNone

Beamline Team

ContactMasao YONEMURA(KEK, Institute of Materials Structure Science/J-PARC Center)
Secondary contactTakashi KAMIYAMA(KEK, Institute of Materials Structure Science/J-PARC Center)
Shuki TORII(KEK, Institute of Materials Structure Science/J-PARC Center)
Yoshihisa ISHIKAWA(KEK, Institute of Materials Structure Science/J-PARC Center)
Katsumi SHIMIZU(NIPPON ADVANCED TECHNOLOGY Co.,Ltd.)
Masahiro SHIOYA(Bee Beans Technologies Co.,Ltd.)
Kaoru NAMBA( WDB EUREKA Co., Ltd.)

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