Sentence examples for highly concentrated for from inspiring English sources

A highly concentrated (for this author), wholly unnerving novel whose hero, an unhappy professor of English specializing in literary "vitalism," becomes desperately involved with an exotically attractive woman who thinks she has lost her soul and hopes to retrieve it in a voodoo rite.

Offenders might be highly concentrated, for example, but the active offenders might attack a wide variety of victims at many different places.

Numerical analyses indicate that the incident heat flux is highly concentrated for the F82H tube because of its low thermal conductivity.

As this industry became highly concentrated, benefits for the host localities turned into a controversial issue.

Challenges with probe design and spatial resolution of fluorescent signals limit the compatibility of this method for highly concentrated transcripts or for those that cluster within the cell.

A new alkaline bath was proposed based on highly concentrated potassium hydroxide for electrodeposition of Zn Fe alloys.

To satisfy the need of highly concentrated 188Re-perrhenate for the clinical applications, we designed an apparatus to achieve the purpose of concentrating 188Re-perrhenate solution.

Since highly concentrated CDDP powder for TAC (DDP-H, IA-call®; Nippon Kayaku Co., Ltd) is available in Japan, TAC is now widely used in Japan to treat multiple small tumours or patients with poor hepatic reserve [ 5, 13, 26].

For highly concentrated samples (CN/Li = 5.75:1 to 4 1), as well as for two-phase samples up to 3.25:1, glass transitions and conductivity were established to be strongly dependent on the sample pre-history, which is typical for the metastable state of a system.

In this study, TNTs were successfully fabricated using a hydrothermal method at 180 °C for 48 h by varying the concentration of highly concentrated NaOH.

Within the scope of further investigations, reliable information related with Computational Fluid Dynamics (CFD) are ought to be derived for the continuing evaluation of mixing processes at any scale to establish a foundation for the dimensioning and operation of stirring systems, especially for highly concentrated, non-Newtonian fluids.