ConceptNet 5: Query results

en radio wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en electromagnetic radiation ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en short wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en ground wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en sky wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en medium wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en long wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en carrier wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en radio signal ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en Hertzian wave ^{(n, phenomenon)}	― IsA ⟶ Weight: 2.0	en radio wave ^{(n, phenomenon)}	Source: Open Multilingual WordNet
en scanner frequency ⁽ⁿ⁾	― IsA ⟶ Weight: 1.0	en radio wave ⁽ⁿ⁾	Source: OpenCyc 2012
en radio wave ⁽ⁿ⁾	― IsA ⟶ Weight: 1.0	en electromagnetic radiation ⁽ⁿ⁾	Source: OpenCyc 2012
en radio wave ⁽ⁿ⁾	― IsA ⟶ Weight: 1.0	en wave propagation ⁽ⁿ⁾	Source: OpenCyc 2012
en radio wave ⁽ⁿ⁾	― IsA ⟶ Weight: 1.0	en airwave ⁽ⁿ⁾	Source: OpenCyc 2012