"weak bridges" is a correct and usable phrase in written English.
You can use it when you want to refer to a bridge or bridges that are in a state of disrepair or destruction. For example, "The lack of maintenance resulted in weak bridges throughout the city."
Weak bridges of communication link some of the islands.
The iron particles, under these circumstances, serve as weak bridges between adjacent polymer chains.
Rich and poor alike endure crumbling roads, weak bridges, an unreliable rail system, and cargo containers that enter our ports without scrutiny.
When the snow is gone, he said, "the rock fall is like a bowling alley," and that, combined with weak bridges, normally makes this climb too perilous so late in the season.
Weak bridges may experience structural damage.
Now the only barrier to renewing his relationship with her is that she won't leave Stillriver, and he doesn't know even on a practical level whether he can function there any longer; there is no need at home for a bridge-builder, though Stillriver does boast a weak bridge and a dodgy dam, and long before it begins to rain in the last chapter we know we're in for a watery finale.
By using the connectivity information, they propose three algorithms to find the strong, weak, bridge, and board nodes in the network.
Authors do not provide any information on how to select the CHs among their selection of nodes (strong, weak, bridge, and board nodes).
It is concluded that in SDV molecular structure, weak bridge bonds, ether bond, aliphatic side chain, hydrogenated aromatic ring, carbonyl functional groups and the distorted parts of aromatic layer are more likely to break down, producing CO, CO2, CH4, monocyclic aromatic hydrocarbons and aliphatic hydrocarbons with two carbon atoms, and first-level fragments with larger molecular weights.
A fit of the VTVH MCD data in Figure 3b to the spin-Hamiltonian gives −15 cm–1 < D1 < −12 cm–1 (E1/ D1 = 0.3 0.33), 10 cm–1 < D2 < 12 cm–1 (E2/ D2 = 0.2 0.25) with −1 cm–1 < J < 0 cm–1, showing that the two Fe(II) centers are weakly antiferromagnetically coupled and that the single mutation did not significantly perturb the weak bridging interaction present in the WT enzyme (J ≈ −0.3 cm–1).
Design of the test programme was based upon the composite characteristics of the five weakest bridge stringcourses identified in Area 3. The aim of the testing was fourfold.
