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                      … such information is scattered in different databases.
                      ... these records yield only fragmentary information.
                    A second problem is found when we examine/ try to define/ seek to determine P.
                      1.4.2. Experiments, tests, estimates, measurements, verifications

               •     The design of our experiment has been  ... to test (conduct simulations of) Р/
                     modeling P.
                    Our experiments were conducted as part of the Joint Global Ocean study.
                    Experimental observations have been made to determine/ verify/ probe P.
                    The results we report here were obtained on a joint expedition.
                    In our experiment, P is studied/investigated/examined/discovered/ established.
                    In a series of studies we asked students to rate P.
                    A series of studies has been conducted
                      …  to find a correlation between P and Q.
                      …  to investigate connections (differences/similarities/relationships)  between  P
                         and Q.
               •     To investigate/ determine / assess / obtain / better understand P, ...
                      …  it was planned to simulate Q.
                      …  it was decided to measure Q.
                      …  we turned to Q.
                      …  we selected items/ samples/ materials among/ from Q.
                    In order to establish P,
                      …  it is crucial to calculate Q.
                      …  it is important to see how P correlates with Q.
                    To test the hypothesis, ... we conducted laboratory experiments using P.
                    There was an effort ... to assimilate P to Q.
                    It is possible     ... to mimic (model/reconstruct/use/test/control) P.
                    One  way  to  judge  how  long/  stable  is  P  ...  is  to  estimate/  measure/  establish/
                     determine Q.
                    When we examine / test / probe P, ... we (do not) find Q.
                    Accuracy is of basic (major) importance here.
                    To gain more specific information on P, a second experiment was conducted.
                    Continuing our search for P, we see that a good indicator of the presence of P
                     would be Q.
               •     Under these/ certain/ normal/ experimental circumstances, P  …
                      …    tends to occur/ remained unchanged/ will change as Q happens.
                      …  possesses certain peculiarities/ affected the rate of Q.
                      …  deviates (diverges) from the norm/ differs from Q in that it is R
                      …  is a stimulus (substitute) for in vivo experimentation.
                      …  must be repeated whenever Q changes/ is necessary for the effect to appear.
                      …  is an aid in determining RJ was hastened by the effect of Q.
               •     At  each  stage/  In  such  cases  ...  we  check  that  Р/  P  occurred/  something
                     surprising happens.
                    This change/ reaction takes place/ occurs when P.
                    This effect constitutes a rather interesting case.
                    There are (crucial) differences/(strong) parallels/similarities between P and Q.
                    These characteristics/factors are  .. singled out by means of P.
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