The phrase "a significantly faster rate" is correct and usable in written English.
It can be used when comparing the speed of processes, actions, or changes in various contexts, such as technology, science, or economics.
Example: "The new software update allows data to be processed at a significantly faster rate than before."
Alternatives: "a notably quicker pace" or "a considerably accelerated speed."
The Sunday market is continuing to decline at a significantly faster rate, something over 2%, than the daily market.
Systematic observation showed release of IBU from Al2O3(B) taking place at a significantly faster rate compared to Al2O3(A).
Fibrin-bound FBD EGF promoted growth of the sheets over the injured area at a significantly faster rate (approximately eightfold) than native EGF (p < 0.01).
The wounds in the test group healed at a significantly faster rate than controls, with good skin appearance and minimal scar formation.
The Kenyan economy is growing at a rate of about 5% every year – more than double the global average, and at a significantly faster rate than the average for sub-Saharan Africa.
With increasing dissolution time, the LC/HT regions dissolved at a significantly faster rate than the HC/LT regions and the lacy covers were more readily removed causing the transition to an open pit dissolution mechanism.
We demonstrate here for the first time that DR animals indeed have significantly faster rate of liver mitochondrial turnover compared with controls.
At 55°C, the bis-ANS dye was found to report a phase with significantly faster rates (k1,ans) for all proteins than that reported by the FRET and intrinsic fluorescence assays.
The addition of the cell-free culture fluids led to a prolonged lag phase followed by a significantly faster growth rate of 1.5/H in the wild type Vh compared to a growth rate of 1/H for the wild type Vh in MB alone (Figure 6A).
For example, loci selectively maintaining preferred codon usage could have a significantly faster GC rate (due to positive selection for preferred codons) and/or a significantly slower AT rate (due to negative selection on unpreferred codons) at synonymous sites compared with neighboring introns.
In contrast, selection favoring unpreferred codon usage is predicted to result in a significantly faster AT rate (due to positive selection for unpreferred codons) and/or a significantly slower GC rate (due to negative selection on preferred codons) at synonymous sites compared with introns.
