The phrase "acquired in depth" is correct and usable in written English.
It can be used to describe a thorough understanding or knowledge gained about a particular subject or area.
Example: "Through years of study and research, she acquired in depth knowledge of marine biology."
Alternatives: "gained extensive knowledge" or "developed a profound understanding."
She has worked directly with a broad patient base in the military and civilian behavioral health settings, providing services and outreach, and has acquired in-depth knowledge of emerging research in related areas including post-traumatic stress, behavioral sleep medicine, mindfulness, and deployment related issues.
They have acquired in-depth experience of interdisciplinary research through the university's focus on "Bioeconomy", its contribution to the Bioeconomy Research Program of the federal state of Baden-Württemberg, and its participation in the German Bioeconomy Council.
During the 1980s, he earned a Ph.D. in international relations from Princeton; and in the process he acquired in-depth knowledge both about the American experience in Vietnam and the French experience in Indo-China.
We acquired in-depth proteome wide measurements of expression levels of about 2580 proteins.
He has a proven ability to enable rapid innovation through a combination of experimentation and scientific rigor in order to both acquire in-depth knowledge and create lateral innovation.
Thus, today's surgeon has a certain obligation to find out about these new existing materials and to acquire in-depth knowledge of the settings in which they can be used.
Spilling Chinese beans The healthiest city Out of the dark, Republican glimmers Another miracle: productivity ReprintsOne judge will be in charge, in the hope that he or she will acquire in-depth knowledge of the local community and the people in it.
The objectives of the work are two-fold: (i) acquire in-depth knowledge on the mechanics underlying the L D interaction in the WSLC columns analysed, all selected to ensure that local buckling is triggered by the flanges, and also (ii) provide a first contribution towards the efficient Direct Strength Method (DSM) design of these columns.
Then, columns containing those initial geometrical imperfections are compressed up to failure, by means of Abaqus shell finite element analyses (SFEA), making it possible to acquire in-depth knowledge on the behaviour of lipped channel columns undergoing LDG interaction and gather considerable failure load data.
The objectives of this work are (i) to acquire in-depth understanding on the mechanics underlying the L-D interaction in the columns under consideration, and also (ii) to provide a contribution towards the development of an efficient Direct Strength Method (DSM) approach to design these structural elements.
