Figure 1
Schematic diagram o f t h e gyroscope
Figure 2a
Layout of the windings i n the experimental
apparatus
Connector forhelium transfer
Rubber hose
Lead-plated
brass former
| ^ M y lar
Lead
Lead-plated
brass can
ead connections
SQUID
F i g u r e 2b
Cross s e c t i o n o f t h e e x p e r i m e n t a l
apparatus
F i g u r e 2d - R o t a t i n g t.he dewar and e x p e r i m e n t a l
apparatus
time
Figure 3
Calibration of the instrument.
Upper: flux
0 = 17.4 flux quanta applied to calibration c
Lower: one flux quantum enters SQUID
Run 7
OV APPLIED
I
2V
I
-10 turns
I
I
+ 10 t u r n s
30 s
1 kV
APPLIED
+10 turns
i
1
-11 t u r n s
!V
30 s
Figure 4
E f f e c t of r o t a t i n g the instrument.
Upper: no voltage applied
Lower: IkV applied
Run
figu£e_5
The c e n t r i f u g a l
effect
Run 3
Flux lump
in SQUID
15 m i n
(a)
Run
same scale as above
15 m i n
(b)
Figure 6
The d r i f t
effect
6
Run
•\
4
\
\
\
\
•\
\
\
~1
50
25
time a f t e r
igure 7
helium
transfer
/ hour
V a r i a t i o n of d r i f t rate w i t h time
gure 8 - Cross s e c t i o n o f m y l a r s t r i p s whose ends have been ]
Figure 9. Schematic of the mercury potted rotation device