Translation of "Nutzbare kapazität" in English

The usable capacity of the exchanger corresponds to 1.8 val of hydrogen ions.

Typically the operating capacity of SAC and SBA resins is 40 to 60% of their total capacity.

This improves both the usable capacity of the storage element and also the long-term stability thereof.

The usable capacity of the Crucial BX300 is 447.13 GB.

The usable capacity of the Crucial MX300 is 698.64.

It features a usable capacity of 52 kWh.

In operation, the operating capacity of the resin amounts to about half the total capacity.

This can limit accessible battery capacity.

The system solution from Infineon increases useful battery capacity by more than ten percent.

The usable capacity of the Samsung 850 Pro is 119.24 GB.

The usable capacity of the Crucial MX500 is 931.51 GB.

The usable capacity of the Crucial MX300 M.2 SSD is 489.05 GB.

The shallow underfloor battery has a usable capacity of approx. 80 kWh.

Net available capacity (Igénybe vehet? teljesít?képesség): the capacities actually available after deduction of planned maintenance works.

The formation of the SEI consumes active Li, as a result of which the usable capacity is irreversibly reduced.

The usable capacity of the Plextor M.2 NVMe SSD is 476.94 GB after over provisioning.

The usable capacity of the RAID0 array is added together exactly to the size of SSDs.

The usable capacity of the Crucial MX200 is 232.88 GB, slightly more than the Crucial BX200.

The usable capacity or breakthrough capacity of the anion exchanger can be calculated from the consumption of the acid.

By the way, the usable capacity of the Intel SSD 750 1.2TB PCIe SSD is exactly 1117.81 GB.

In such a case, the operating capacity would be equal to the total capacity of the resin.

And: lithium-ion batteries have no memory effect, which reduces the useful capacity.

The usable capacity of the Intel M.2 NVMe SSD is 476.94 GB after over provisioning.

This is notably due to the very limited usable capacity which is available at the interconnections between Slovenia and Austria, and respectively Italy, of which only 50% are allocated by Slovenia.

This means that, in the filter run, a useful capacity of the anion exchanger of 0.710 exchange equivalents per 1 of resin is achieved.

The total capacity is 2.2 milliequivalents/ml of moist resin, the useful capacity up to 1.8 milliequivalents/ml (apparent weight from 800 to 900 g/l moist resin).

The total capacity is approximately 1.9 milliequivalents/ml of moist resin, the useful capacity is up to 1.3 milliequivalents/ml (apparent weight from 700 to 800 g/l of moist resin).

This means that even with the aid of separating layer resins, the technical problem of eliminating or at least reducing the difficulties which occur during regeneration in mixed bed filters with internal regeneration and thereby of achieving a higher operating capacity and an improved quality of the liquid treated, cannot be solved.

Apart from the advantages of higher operating capacity and improved quality of the treated liquid which have already been mentioned, the process according to the invention offers the following advantages:

The reason why the use of weakly basic anion exchangers containing primary and/or secondary amino groups in plants for removing salts from water containing carbon dioxide is of great practical interest is that these weakly basic anion exchangers in most cases have a considerably higher effective capacity than the weakly basic anion exchangers containing tertiary amino groups, and that the water to be treated in salt removal plants very often contains carbon dioxide.