1. �R�����ithe coordinator at KEK�j:
   • LDC(1)�̑S�̍\��������; LDC(1)��GLD' ( GLDc)���x�[�X�Ƃ�����́B
   • CMS assembly�ł� solenoid cryostat �̋��x�Ɛ݌v
   • 12�p�`�̓S�\���̂̋��x�A�g�ݏグ���@
     �@�@ �ł���΁AHCAL�̎x���@�\�E���x��12�p�S�\���̂Ƃ̒�ʓI�]��
   • �T�|�[�g�`���[�u�iQD0,SD0,FCAL, BCAL etc. , �^���O�X�e���j�̕Ў����x���@�\
   • �\���m�C�h�V�X�e���icoil, cryostat, iron structure�Ȃǁj�̐݌v�F
     • cryostat�̓��a= 3.3m, �O�a=3.85m, �����i�Б��j=3.75m �@�@�@
     • E/M = 12 �̐݌v�Ƃ���@�@�@
     • stray field�@�F ���S���r=7m, z=10m��200�K�E�X�Ƃ���B�@�@�@
     • field��uniformity : < 2mm without (anti-)DID
       R<1.75m, |Z|< 0.5m�� delta_B/B < 0.0004
2. �������F
   • LDC�r�[���p�C�v���ł�wake field�̌v�Z�A�����āA���x�]��
   • vacuum pump�̈ʒu
3. ��䎁�F
   - anti-DID�݌v
   • anti-DID�̑g�ݍ��݁@�@
   • field��uniformity : R<1.75m, |Z|< 0.5m�� delta_B/B < 0.0004
4. �������F
   • Estimation of minimum thickness of W-support tube
   • Vacuum at IP, 10n or 1n Torr, hadron production in residual gas interaction
5. ���g���F
   - Self-shielding property of ILD�A���Ƀo�����R������5cm���ԁA�G���h�L���b�v�Ƃ�2.5cm���Ԃ̉e��
6. ���؎��F
   - Estimation of time for the re-commissioning beam lines
7. ���̑� - permanent QD0, �≺��