No, there wasn't. See document 215-03, starting on p. 167. Learn something about thermodynamics and steam.
Except that Murray says exactly the opposite--that the water could not have been in liquid form.
"·9· Q.· · Can you have liquid water that is 101 degrees
10·Celsius at zero pressure?
11· A.· · If zero pressure, give -- which pressure?
12· Q.· · Relative.
13· A.· · Relative.· No, you wouldn't normally have
14·that, but --
15· Q.· · What about gauge?
16· A.· · That's the same.· Relative is --
17· Q.· · Okay.
18· A.· · Absolute?
19· Q.· · What about absolute?· Sorry.
20· A.· · Oh, you could -- you would not have at a, at
21·a pressure of zero absolute, your water would absolutely
22·be a gas.
23· Q.· · Okay.· And so at relative or absolute, or
24·gauge or absolute, water could not be at the temperature
25·of 101 degrees Celsius in the liquid form --·1· A.· · So we --
·2· Q.· · -- correct?
·3· A.· · Well, I would have to look at the
·4·thermodynamic tables and look at exactly what the, the
·5·state is.· We don't know what the flow rate is.· We know
·6·what a temperature is, and we know we have a pressure
·7·measurement that is outside of the operational range of
·8·the pressure transducer.
·9· Q.· · Sir, I'm, I'm asking you, if you have zero
10·relative pressure or zero absolute pressure, whether
11·water can exist in its liquid form at 101 degrees C.
12· A.· · No."
215-03, pages 171-172
Murray then complained that you would have to have a vacuum on the other side. (Wow, think we have been here before.) Rossi testified that there was a pump on the other side. Murray testified of an irritating noise in the lab (probably the pump).