The phrase "analytical costs" is correct and usable in written English.
It can be used in contexts related to finance, business analysis, or project management, where costs associated with analytical processes or evaluations are discussed.
Example: "The analytical costs of conducting market research can significantly impact the overall budget of the project."
Alternatives: "evaluation expenses" or "analysis costs".
It also reduces the analytical costs of topographical and hydrological functions.
Applying MVA optimization can save both time and chemical materials, and consequently decrease analytical costs.
However, the need for specialized instrumentation, advanced computational skills, and high analytical costs precludes its adoption for routine soil analysis.
Additionally, many efforts suffer from one or more other drawbacks including long analytical time, high analytical costs and expensive instrumentation (Sha et al. 2016).
Soil contaminants include a wide range of natural and synthetic metallic and organic compounds and minerals thus making analytical costs potentially very large.
Moreover, the current multiplex pyrosequencing assay is an innovative high-throughput; rapid and reliable assay drastically limiting the use of DNA while reducing analytical costs and waste material disposal.
Although biochip technology has a lot of advantages in advanced optical biosensors for sensing analytes, this technique is expensive in analytical cost, and requires complex labeling process and professional technicians with specialized equipment.
The distributed algorithm is derived from simultaneous perturbation stochastic approximation (SPSA) and does not assume that the gradient of an analytical cost function is known.
In the developing countries, the biggest challenge has been to develop cost-effective pollution control strategies with analytical cost as a limiting factor due to restricted funds (Ongley 1998; Ongley and Booty 1999).
Our MICP technique, with cm-sized samples under confined pressure conditions and at an analytical cost (and sample mass) required of less than 10%% of amount of sample required for the GRI method, consistently produces comparable permeability values of 1.60 2.97 nD for the Leppard #1 core samples (Table 2).
Thus, by using PCA, was obtained a reduction of the number of analyses from 7 to 4 (and also the analytical cost) needed to correctly characterize and classify the soil samples from the areas under research, in terms of pollution with toxic or potentially toxic heavy metals.
